NUTILS 9.0 "Jook-Sing"

arguments

size=10cm

epsilon=1mm

mobility=1mL*s/kg

stens=50mN/m

wtensn=30mN/m

wtensp=20mN/m

nelems=0

etype=rectilinear

degree=1

timestep=.1s

tol=1nJ/m

endtime=1min

seed=0

circle=True

stable=False

showflux=True

start 2025-04-09 21:29:46

setting nelems to 100

contact angle: 78°

factor

analysing function of φ

constructing sparse polynomial C1 + C2 φ^2 + C3 φ^4

monomial 1/3

1 coefficients for scalar array (100.0% full)

monomial 2/3

90,601 coefficients for (10201, 10201) array (0.1% full)

monomial 3/3

2,253,001 coefficients for (10201, 10201, 10201, 10201) array (0.0% full)

factored function contains 2,343,603 coefficients (17MB)

factor

analysing function of φ

constructing sparse polynomial C1 φ^2

monomial 1/1

90,601 coefficients for (10201, 10201) array (0.1% full)

factored function contains 90,601 coefficients (0MB)

factor

analysing function of φ

constructing sparse polynomial C1 + C2 φ

monomial 1/2

1 coefficients for scalar array (100.0% full)

monomial 2/2

400 coefficients for (10201,) array (3.9% full)

factored function contains 401 coefficients (0MB)

factor

analysing function of η, φ, dt, φ0

constructing sparse polynomial C1 η φ + C2 η φ0 + C3 dt η^2

monomial 1/3

90,601 coefficients for (10201, 10201) array (0.1% full)

monomial 2/3

90,601 coefficients for (10201, 10201) array (0.1% full)

monomial 3/3

90,601 coefficients for (10201, 10201) array (0.1% full)

factored function contains 271,803 coefficients (2MB)

factor

analysing function of φ

constructing sparse polynomial C1 φ

monomial 1/1

640,000 coefficients for (250000, 10201) array (0.0% full)

factored function contains 640,000 coefficients (4MB)

factor

analysing function of φ, η

constructing sparse polynomial C1 η φ

monomial 1/1

46,528 coefficients for (array(1454), 2, 10201, 10201) array (0.0% full)

factored function contains 46,528 coefficients (0MB)

timestep 1/600

energy: 300,322μJ/m (27% mixture, 71% interface, 3% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.3e+07

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.4 orders using 0 krylov vectors

solver returned with residual 6e-09

residual norm: 1.1e+06 (15%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-08

residual norm: 3.4e+05 (22%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 7e-10

residual norm: 7.8e+04 (31%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 4e-10

residual norm: 1.5e+04 (42%)

iter 5

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 2.6e+03 (52%)

error: failed to converge in 5 iterations; retrying with timestep 0.5

retry 1/2

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.3e+07

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.6 orders using 0 krylov vectors

solver returned with residual 4e-09

residual norm: 4.0e+05 (21%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-10

residual norm: 1.8e+04 (40%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 3.1e+02 (65%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 2.6e-01 (100%)

optimal value: 1.0e+08

retry 2/2

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.9e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-09

residual norm: 1.1e+05 (15%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-10

residual norm: 6.8e+03 (36%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 5.1e+01 (71%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 7.3e-03 (100%)

optimal value: 1.0e+08

largest flux: 3.40mm/s

phase.png

timestep 2/600

energy: 97,111μJ/m (84% mixture, 8% interface, 8% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.1e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 12.4 orders using 0 krylov vectors

solver returned with residual 4e-07

residual norm: 7.6e+09 (-66%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.6 orders using 0 krylov vectors

solver returned with residual 2e-06

residual norm: 2.2e+09 (-57%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.6 orders using 0 krylov vectors

solver returned with residual 6e-07

residual norm: 6.6e+08 (-48%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.7 orders using 0 krylov vectors

solver returned with residual 1e-07

residual norm: 2.0e+08 (-39%)

iter 5

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.7 orders using 0 krylov vectors

solver returned with residual 4e-08

residual norm: 5.8e+07 (-30%)

error: failed to converge in 5 iterations; retrying with timestep 0.5

retry 1/2

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.5e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 8e-10

residual norm: 1.2e+05 (10%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-10

residual norm: 5.4e+03 (34%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.1e+01 (77%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-14

residual norm: 5.9e-04 (100%)

optimal value: 9.4e+07

retry 2/2

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.4e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 6e-10

residual norm: 9.2e+04 (12%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 3.6e+03 (37%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 1.8e+01 (78%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 1.2e-03 (100%)

optimal value: 9.0e+07

largest flux: 3.57mm/s

phase.png

timestep 3/600

energy: 87,591μJ/m (71% mixture, 21% interface, 8% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 7.5e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 3e-08

residual norm: 5.3e+05 (3%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 6e-10

residual norm: 1.2e+05 (14%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 2.0e+04 (27%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.9e+03 (44%)

iter 5

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-12

residual norm: 2.9e+01 (75%)

error: failed to converge in 5 iterations; retrying with timestep 0.5

retry 1/2

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.7e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-10

residual norm: 6.5e+04 (14%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 2.5e+03 (39%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 3e-12

residual norm: 1.3e+01 (80%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-14

residual norm: 6.6e-04 (100%)

optimal value: 8.6e+07

retry 2/2

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.0e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 4e-10

residual norm: 4.1e+04 (16%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 6e-11

residual norm: 8.0e+02 (47%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 9.0e-01 (100%)

optimal value: 8.3e+07

largest flux: 3.97mm/s

phase.png

timestep 4/600

energy: 82,354μJ/m (62% mixture, 29% interface, 8% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 5.1e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 9e-10

residual norm: 2.1e+05 (7%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 3e-10

residual norm: 3.4e+04 (20%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 3.4e+03 (38%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 7e-12

residual norm: 6.3e+01 (68%)

iter 5

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 2.7e-02 (100%)

optimal value: 8.1e+07

largest flux: 4.45mm/s

phase.png

timestep 5/600

energy: 79,020μJ/m (58% mixture, 33% interface, 9% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.3e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 6e-10

residual norm: 1.3e+05 (9%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 1.4e+04 (26%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 6.3e+02 (50%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 2.3e+00 (94%)

iter 5

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 8e-15

residual norm: 4.0e-05 (100%)

optimal value: 7.8e+07

largest flux: 3.59mm/s

phase.png

timestep 6/600

energy: 76,388μJ/m (56% mixture, 35% interface, 9% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.8e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 6e-10

residual norm: 8.8e+04 (11%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 8.9e+03 (29%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 3.8e+02 (54%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.3e+00 (98%)

iter 5

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-15

residual norm: 2.0e-05 (100%)

optimal value: 7.5e+07

largest flux: 2.93mm/s

phase.png

timestep 7/600

energy: 74,240μJ/m (54% mixture, 36% interface, 9% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.4e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 6e-10

residual norm: 7.0e+04 (12%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 5.6e+03 (32%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.5e+02 (61%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.4e-01 (100%)

optimal value: 7.3e+07

largest flux: 3.38mm/s

phase.png

timestep 8/600

energy: 72,301μJ/m (53% mixture, 37% interface, 10% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.2e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 6e-10

residual norm: 8.5e+04 (11%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 8.2e+03 (29%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.5e+02 (56%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 3.5e-01 (100%)

optimal value: 7.1e+07

largest flux: 4.05mm/s

phase.png

timestep 9/600

energy: 70,413μJ/m (52% mixture, 38% interface, 10% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.2e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 5e-10

residual norm: 1.1e+05 (9%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 1.5e+04 (24%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 8.6e+02 (47%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 4.0e+00 (89%)

iter 5

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 6e-15

residual norm: 9.6e-05 (100%)

optimal value: 7.0e+07

largest flux: 3.46mm/s

phase.png

timestep 10/600

energy: 68,691μJ/m (51% mixture, 38% interface, 10% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 4e-10

residual norm: 5.9e+04 (13%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 3.3e+03 (36%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 2.8e+01 (73%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 4e-14

residual norm: 3.1e-03 (100%)

optimal value: 6.8e+07

largest flux: 3.34mm/s

phase.png

timestep 11/600

energy: 67,195μJ/m (51% mixture, 39% interface, 10% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.7e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 4e-10

residual norm: 5.5e+04 (13%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 9e-11

residual norm: 3.6e+03 (34%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-12

residual norm: 4.7e+01 (69%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 6e-14

residual norm: 1.1e-02 (100%)

optimal value: 6.7e+07

largest flux: 3.38mm/s

phase.png

timestep 12/600

energy: 65,865μJ/m (50% mixture, 39% interface, 11% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.5e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 3e-10

residual norm: 5.1e+04 (13%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 3.0e+03 (36%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 4e-12

residual norm: 2.7e+01 (73%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 3e-14

residual norm: 3.0e-03 (100%)

optimal value: 6.5e+07

largest flux: 3.19mm/s

phase.png

timestep 13/600

energy: 64,651μJ/m (50% mixture, 39% interface, 11% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.4e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 3e-10

residual norm: 6.2e+04 (11%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 8e-11

residual norm: 7.7e+03 (28%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.3e+02 (53%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 7.5e-01 (100%)

optimal value: 6.4e+07

largest flux: 3.47mm/s

phase.png

timestep 14/600

energy: 63,555μJ/m (49% mixture, 40% interface, 11% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.2e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 3e-10

residual norm: 3.2e+04 (16%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.1e+03 (43%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-12

residual norm: 4.1e+00 (88%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 1.6e-04 (100%)

optimal value: 6.3e+07

largest flux: 2.77mm/s

phase.png

timestep 15/600

energy: 62,583μJ/m (49% mixture, 40% interface, 11% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.0e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 3e-10

residual norm: 3.1e+04 (15%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 6e-11

residual norm: 2.5e+03 (36%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 5e-12

residual norm: 4.8e+01 (68%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-13

residual norm: 1.9e-02 (100%)

optimal value: 6.2e+07

largest flux: 2.68mm/s

phase.png

timestep 16/600

energy: 61,700μJ/m (48% mixture, 40% interface, 11% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.9e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-10

residual norm: 2.4e+04 (17%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-11

residual norm: 9.4e+02 (44%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 7e-12

residual norm: 6.3e+00 (85%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 6e-14

residual norm: 5.2e-04 (100%)

optimal value: 6.1e+07

largest flux: 2.83mm/s

phase.png

timestep 17/600

energy: 60,886μJ/m (48% mixture, 40% interface, 12% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.8e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 3e-10

residual norm: 2.2e+04 (17%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 8e-11

residual norm: 1.1e+03 (42%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-12

residual norm: 9.7e+00 (81%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-14

residual norm: 7.6e-04 (100%)

optimal value: 6.1e+07

largest flux: 2.75mm/s

phase.png

timestep 18/600

energy: 60,147μJ/m (48% mixture, 40% interface, 12% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.6e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 1.5e+04 (20%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 2.4e+02 (54%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 2.6e-01 (100%)

optimal value: 6.0e+07

largest flux: 2.30mm/s

phase.png

timestep 19/600

energy: 59,479μJ/m (48% mixture, 40% interface, 12% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 1.3e+04 (21%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (60%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 5.6e-02 (100%)

optimal value: 5.9e+07

largest flux: 1.94mm/s

phase.png

timestep 20/600

energy: 58,865μJ/m (47% mixture, 40% interface, 12% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.4e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 1.2e+04 (21%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 8.7e+01 (62%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-13

residual norm: 1.7e-02 (100%)

optimal value: 5.9e+07

largest flux: 2.00mm/s

phase.png

timestep 21/600

energy: 58,287μJ/m (47% mixture, 40% interface, 12% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.4e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 1.1e+04 (21%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 7.1e+01 (64%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 9e-14

residual norm: 7.6e-03 (100%)

optimal value: 5.8e+07

largest flux: 2.05mm/s

phase.png

timestep 22/600

energy: 57,734μJ/m (47% mixture, 40% interface, 12% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.3e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 1.1e+04 (21%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 6.7e+01 (64%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 8e-14

residual norm: 5.2e-03 (100%)

optimal value: 5.7e+07

largest flux: 2.10mm/s

phase.png

timestep 23/600

energy: 57,198μJ/m (47% mixture, 40% interface, 12% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.3e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 1.1e+04 (21%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 7.7e+01 (63%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 9e-14

residual norm: 9.8e-03 (100%)

optimal value: 5.7e+07

largest flux: 2.19mm/s

phase.png

timestep 24/600

energy: 56,668μJ/m (47% mixture, 40% interface, 13% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.3e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 1.2e+04 (20%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.3e+02 (59%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 7.1e-02 (100%)

optimal value: 5.6e+07

largest flux: 2.45mm/s

phase.png

timestep 25/600

energy: 56,134μJ/m (47% mixture, 40% interface, 13% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.3e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 1.4e+04 (19%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 4.7e+02 (48%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 1.9e+00 (94%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-15

residual norm: 3.3e-05 (100%)

optimal value: 5.6e+07

largest flux: 2.80mm/s

phase.png

timestep 26/600

energy: 55,577μJ/m (47% mixture, 40% interface, 13% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.3e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 2.3e+04 (15%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-11

residual norm: 2.4e+03 (34%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 2.1e+01 (74%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 8e-14

residual norm: 8.0e-04 (100%)

optimal value: 5.5e+07

largest flux: 4.52mm/s

phase.png

timestep 27/600

energy: 54,913μJ/m (47% mixture, 40% interface, 13% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.6e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-10

residual norm: 2.6e+05 (-4%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.2 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 6.2e+04 (8%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 6e-11

residual norm: 1.0e+04 (23%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 4.4e+02 (49%)

iter 5

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.0e+00 (100%)

optimal value: 5.5e+07

largest flux: 4.56mm/s

phase.png

timestep 28/600

energy: 54,208μJ/m (47% mixture, 40% interface, 13% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 2.9e+04 (14%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.3e+03 (40%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 4.4e+00 (88%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 4e-15

residual norm: 5.5e-05 (100%)

optimal value: 5.4e+07

largest flux: 2.50mm/s

phase.png

timestep 29/600

energy: 53,677μJ/m (46% mixture, 40% interface, 13% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 1.0e+04 (21%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 8.9e+01 (62%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 2.8e-02 (100%)

optimal value: 5.3e+07

largest flux: 2.46mm/s

phase.png

timestep 30/600

energy: 53,236μJ/m (46% mixture, 40% interface, 13% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 9.3e+03 (21%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 8.4e+01 (62%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 2.7e-02 (100%)

optimal value: 5.3e+07

largest flux: 2.53mm/s

phase.png

timestep 31/600

energy: 52,827μJ/m (46% mixture, 40% interface, 14% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 9.2e+03 (21%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.3e+02 (58%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 2.2e-01 (100%)

optimal value: 5.3e+07

largest flux: 2.44mm/s

phase.png

timestep 32/600

energy: 52,425μJ/m (46% mixture, 40% interface, 14% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 1.0e+04 (20%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 3.8e+02 (49%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 1.5e+00 (96%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-15

residual norm: 1.3e-05 (100%)

optimal value: 5.2e+07

largest flux: 2.98mm/s

phase.png

timestep 33/600

energy: 52,009μJ/m (46% mixture, 40% interface, 14% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 3.6e+04 (9%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 5.7e+03 (25%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.5e+02 (49%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.7e+00 (95%)

iter 5

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-15

residual norm: 4.0e-05 (100%)

optimal value: 5.2e+07

largest flux: 3.58mm/s

phase.png

timestep 34/600

energy: 51,574μJ/m (46% mixture, 40% interface, 14% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+05

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 1.7e+04 (16%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.0e+03 (40%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-12

residual norm: 7.4e+00 (83%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 4.0e-04 (100%)

optimal value: 5.1e+07

largest flux: 2.44mm/s

phase.png

timestep 35/600

energy: 51,185μJ/m (46% mixture, 40% interface, 14% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 7.7e+03 (22%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 4.4e+01 (67%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 9e-14

residual norm: 4.2e-03 (100%)

optimal value: 5.1e+07

largest flux: 1.67mm/s

phase.png

timestep 36/600

energy: 50,837μJ/m (46% mixture, 40% interface, 14% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 6.8e+03 (23%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 3.0e+01 (70%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 5e-14

residual norm: 1.3e-03 (100%)

optimal value: 5.1e+07

largest flux: 1.65mm/s

phase.png

timestep 37/600

energy: 50,514μJ/m (45% mixture, 40% interface, 14% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 6.4e+03 (23%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 9e-12

residual norm: 2.6e+01 (71%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 4e-14

residual norm: 8.9e-04 (100%)

optimal value: 5.0e+07

largest flux: 1.63mm/s

phase.png

timestep 38/600

energy: 50,205μJ/m (45% mixture, 40% interface, 14% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 6.2e+03 (23%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 9e-12

residual norm: 2.3e+01 (72%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 3e-14

residual norm: 6.5e-04 (100%)

optimal value: 5.0e+07

largest flux: 1.61mm/s

phase.png

timestep 39/600

energy: 49,906μJ/m (45% mixture, 40% interface, 14% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 5.9e+03 (24%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 8e-12

residual norm: 2.1e+01 (73%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 5e-14

residual norm: 5.2e-04 (100%)

optimal value: 5.0e+07

largest flux: 1.58mm/s

phase.png

timestep 40/600

energy: 49,615μJ/m (45% mixture, 40% interface, 15% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 5.7e+03 (24%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 8e-12

residual norm: 2.0e+01 (74%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-14

residual norm: 7.6e-04 (100%)

optimal value: 4.9e+07

largest flux: 1.53mm/s

phase.png

timestep 41/600

energy: 49,331μJ/m (45% mixture, 40% interface, 15% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 5.6e+03 (24%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 2.2e+01 (73%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 3.3e-03 (100%)

optimal value: 4.9e+07

largest flux: 1.48mm/s

phase.png

timestep 42/600

energy: 49,051μJ/m (45% mixture, 40% interface, 15% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 5.7e+03 (24%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 2.9e+01 (70%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 5.6e-03 (100%)

optimal value: 4.9e+07

largest flux: 1.42mm/s

phase.png

timestep 43/600

energy: 48,771μJ/m (45% mixture, 40% interface, 15% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 6.4e+03 (23%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 9.6e+01 (60%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.7e-01 (100%)

optimal value: 4.9e+07

largest flux: 1.76mm/s

phase.png

timestep 44/600

energy: 48,484μJ/m (45% mixture, 40% interface, 15% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 9.5e+03 (19%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 6e-11

residual norm: 6.1e+02 (44%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 8e-12

residual norm: 5.9e+00 (84%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 7e-14

residual norm: 5.6e-04 (100%)

optimal value: 4.8e+07

largest flux: 2.04mm/s

phase.png

timestep 45/600

energy: 48,193μJ/m (45% mixture, 40% interface, 15% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 7.5e+03 (21%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.8e+02 (54%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 3.2e-01 (100%)

optimal value: 4.8e+07

largest flux: 2.08mm/s

phase.png

timestep 46/600

energy: 47,907μJ/m (45% mixture, 40% interface, 15% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 6.4e+03 (23%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 4.8e+01 (66%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 1.2e-02 (100%)

optimal value: 4.8e+07

largest flux: 1.94mm/s

phase.png

timestep 47/600

energy: 47,630μJ/m (45% mixture, 40% interface, 15% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.4e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 6.0e+03 (23%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 2.9e+01 (70%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 9e-14

residual norm: 1.6e-03 (100%)

optimal value: 4.7e+07

largest flux: 1.72mm/s

phase.png

timestep 48/600

energy: 47,360μJ/m (45% mixture, 40% interface, 15% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 5.9e+03 (23%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 9e-12

residual norm: 2.7e+01 (71%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 4e-14

residual norm: 1.4e-03 (100%)

optimal value: 4.7e+07

largest flux: 1.68mm/s

phase.png

timestep 49/600

energy: 47,098μJ/m (45% mixture, 40% interface, 15% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 9e-11

residual norm: 5.9e+03 (23%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 7e-12

residual norm: 3.0e+01 (70%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-14

residual norm: 1.8e-03 (100%)

optimal value: 4.7e+07

largest flux: 1.76mm/s

phase.png

timestep 50/600

energy: 46,843μJ/m (45% mixture, 40% interface, 15% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 9e-11

residual norm: 6.0e+03 (23%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 3.3e+01 (69%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-14

residual norm: 2.4e-03 (100%)

optimal value: 4.7e+07

largest flux: 1.84mm/s

phase.png

timestep 51/600

energy: 46,593μJ/m (45% mixture, 40% interface, 16% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 9e-11

residual norm: 6.1e+03 (23%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 3.8e+01 (68%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-14

residual norm: 3.1e-03 (100%)

optimal value: 4.6e+07

largest flux: 1.90mm/s

phase.png

timestep 52/600

energy: 46,347μJ/m (45% mixture, 40% interface, 16% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 9e-11

residual norm: 6.3e+03 (23%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 5e-12

residual norm: 4.3e+01 (67%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-14

residual norm: 4.0e-03 (100%)

optimal value: 4.6e+07

largest flux: 1.92mm/s

phase.png

timestep 53/600

energy: 46,106μJ/m (44% mixture, 40% interface, 16% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 8e-11

residual norm: 6.6e+03 (22%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 4.9e+01 (66%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 4e-14

residual norm: 5.0e-03 (100%)

optimal value: 4.6e+07

largest flux: 1.90mm/s

phase.png

timestep 54/600

energy: 45,868μJ/m (44% mixture, 40% interface, 16% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 9e-11

residual norm: 6.8e+03 (22%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 5.5e+01 (65%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 4e-14

residual norm: 6.2e-03 (100%)

optimal value: 4.6e+07

largest flux: 1.98mm/s

phase.png

timestep 55/600

energy: 45,634μJ/m (44% mixture, 40% interface, 16% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 8e-11

residual norm: 7.1e+03 (21%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 6.0e+01 (64%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 5e-14

residual norm: 7.3e-03 (100%)

optimal value: 4.6e+07

largest flux: 2.07mm/s

phase.png

timestep 56/600

energy: 45,403μJ/m (44% mixture, 40% interface, 16% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 8e-11

residual norm: 7.3e+03 (21%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 6.4e+01 (63%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 5e-14

residual norm: 8.2e-03 (100%)

optimal value: 4.5e+07

largest flux: 2.14mm/s

phase.png

timestep 57/600

energy: 45,175μJ/m (44% mixture, 40% interface, 16% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 7.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 8e-11

residual norm: 7.4e+03 (21%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 6.7e+01 (63%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 6e-14

residual norm: 8.7e-03 (100%)

optimal value: 4.5e+07

largest flux: 2.19mm/s

phase.png

timestep 58/600

energy: 44,951μJ/m (44% mixture, 40% interface, 16% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 7.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 7.4e+03 (21%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 6.7e+01 (63%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 5e-14

residual norm: 8.4e-03 (100%)

optimal value: 4.5e+07

largest flux: 2.21mm/s

phase.png

timestep 59/600

energy: 44,732μJ/m (44% mixture, 40% interface, 16% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 7.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 8e-11

residual norm: 7.3e+03 (21%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 7e-12

residual norm: 6.4e+01 (63%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 6e-14

residual norm: 7.5e-03 (100%)

optimal value: 4.5e+07

largest flux: 2.18mm/s

phase.png

timestep 60/600

energy: 44,518μJ/m (44% mixture, 40% interface, 16% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 7.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 7.0e+03 (21%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 5.7e+01 (64%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 5e-14

residual norm: 6.1e-03 (100%)

optimal value: 4.4e+07

largest flux: 2.08mm/s

phase.png

timestep 61/600

energy: 44,310μJ/m (44% mixture, 40% interface, 16% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 7.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 6.5e+03 (22%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 4.9e+01 (65%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 4e-14

residual norm: 4.4e-03 (100%)

optimal value: 4.4e+07

largest flux: 1.93mm/s

phase.png

timestep 62/600

energy: 44,107μJ/m (44% mixture, 40% interface, 16% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 7.4e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 6.0e+03 (22%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 4.0e+01 (67%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 4e-14

residual norm: 2.9e-03 (100%)

optimal value: 4.4e+07

largest flux: 1.75mm/s

phase.png

timestep 63/600

energy: 43,911μJ/m (44% mixture, 40% interface, 17% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 7.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 5.5e+03 (23%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 3.1e+01 (69%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-14

residual norm: 1.7e-03 (100%)

optimal value: 4.4e+07

largest flux: 1.64mm/s

phase.png

timestep 64/600

energy: 43,721μJ/m (44% mixture, 40% interface, 17% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 7.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 5.0e+03 (24%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-12

residual norm: 2.5e+01 (71%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-14

residual norm: 1.0e-03 (100%)

optimal value: 4.4e+07

largest flux: 1.51mm/s

phase.png

timestep 65/600

energy: 43,537μJ/m (44% mixture, 40% interface, 17% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 6.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 4.6e+03 (24%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 4e-12

residual norm: 2.0e+01 (73%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 3e-14

residual norm: 7.2e-04 (100%)

optimal value: 4.3e+07

largest flux: 1.36mm/s

phase.png

timestep 66/600

energy: 43,356μJ/m (44% mixture, 39% interface, 17% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 6.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 4.2e+03 (25%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-12

residual norm: 1.8e+01 (74%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-14

residual norm: 9.1e-04 (100%)

optimal value: 4.3e+07

largest flux: 1.46mm/s

phase.png

timestep 67/600

energy: 43,179μJ/m (44% mixture, 39% interface, 17% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 6.4e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 6e-11

residual norm: 4.1e+03 (25%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 2.5e+01 (71%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 9e-14

residual norm: 6.0e-03 (100%)

optimal value: 4.3e+07

largest flux: 1.66mm/s

phase.png

timestep 68/600

energy: 43,002μJ/m (44% mixture, 39% interface, 17% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 6.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 4.3e+03 (24%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 8e-12

residual norm: 8.5e+01 (60%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.4e-01 (100%)

optimal value: 4.3e+07

largest flux: 1.97mm/s

phase.png

timestep 69/600

energy: 42,822μJ/m (44% mixture, 39% interface, 17% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 6.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 9e-11

residual norm: 5.9e+03 (21%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.9e+02 (49%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 7.5e-01 (100%)

optimal value: 4.3e+07

largest flux: 2.63mm/s

phase.png

timestep 70/600

energy: 42,620μJ/m (44% mixture, 39% interface, 17% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 6.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 3.0e+04 (7%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 5.1e+03 (23%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.1e+02 (49%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e+00 (97%)

iter 5

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-15

residual norm: 2.8e-05 (100%)

optimal value: 4.3e+07

largest flux: 2.95mm/s

phase.png

timestep 71/600

energy: 42,388μJ/m (44% mixture, 39% interface, 17% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 7.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 1.7e+04 (13%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (37%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-12

residual norm: 9.9e+00 (80%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 7.1e-04 (100%)

optimal value: 4.2e+07

largest flux: 2.32mm/s

phase.png

timestep 72/600

energy: 42,182μJ/m (44% mixture, 39% interface, 17% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 6.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 9e-11

residual norm: 4.9e+03 (23%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 4.3e+01 (66%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-13

residual norm: 7.6e-03 (100%)

optimal value: 4.2e+07

largest flux: 1.61mm/s

phase.png

timestep 73/600

energy: 42,010μJ/m (43% mixture, 39% interface, 17% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 5.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 8e-11

residual norm: 3.0e+03 (27%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 5e-12

residual norm: 7.8e+00 (81%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-14

residual norm: 1.8e-04 (100%)

optimal value: 4.2e+07

largest flux: 1.26mm/s

phase.png

timestep 74/600

energy: 41,859μJ/m (43% mixture, 39% interface, 17% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 5.4e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 2.6e+03 (28%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 3e-12

residual norm: 6.4e+00 (83%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 9e-15

residual norm: 1.2e-04 (100%)

optimal value: 4.2e+07

largest flux: 1.21mm/s

phase.png

timestep 75/600

energy: 41,722μJ/m (43% mixture, 39% interface, 17% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 5.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 2.4e+03 (28%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 3e-12

residual norm: 5.6e+00 (84%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 7e-15

residual norm: 7.6e-05 (100%)

optimal value: 4.2e+07

largest flux: 1.18mm/s

phase.png

timestep 76/600

energy: 41,594μJ/m (43% mixture, 39% interface, 17% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 5.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 6e-11

residual norm: 2.3e+03 (29%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 3e-12

residual norm: 4.9e+00 (85%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 6e-15

residual norm: 5.1e-05 (100%)

optimal value: 4.2e+07

largest flux: 1.13mm/s

phase.png

timestep 77/600

energy: 41,472μJ/m (43% mixture, 39% interface, 17% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 5.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 2.2e+03 (29%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 4.4e+00 (86%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 6e-15

residual norm: 3.8e-05 (100%)

optimal value: 4.1e+07

largest flux: 1.08mm/s

phase.png

timestep 78/600

energy: 41,354μJ/m (43% mixture, 39% interface, 18% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 2.1e+03 (29%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 3e-12

residual norm: 4.1e+00 (87%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 8e-15

residual norm: 3.3e-05 (100%)

optimal value: 4.1e+07

largest flux: 1.02mm/s

phase.png

timestep 79/600

energy: 41,240μJ/m (43% mixture, 39% interface, 18% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 2.0e+03 (29%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 3e-12

residual norm: 4.1e+00 (87%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 7.0e-05 (100%)

optimal value: 4.1e+07

largest flux: 0.97mm/s

phase.png

timestep 80/600

energy: 41,128μJ/m (43% mixture, 39% interface, 18% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 2.0e+03 (29%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 5.8e+00 (84%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 6e-14

residual norm: 5.1e-04 (100%)

optimal value: 4.1e+07

largest flux: 0.91mm/s

phase.png

timestep 81/600

energy: 41,017μJ/m (43% mixture, 39% interface, 18% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 2.1e+03 (29%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.3e+01 (76%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 3.2e-03 (100%)

optimal value: 4.1e+07

largest flux: 1.18mm/s

phase.png

timestep 82/600

energy: 40,905μJ/m (43% mixture, 39% interface, 18% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 2.5e+03 (27%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 9e-12

residual norm: 1.5e+01 (75%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-14

residual norm: 1.2e-03 (100%)

optimal value: 4.1e+07

largest flux: 1.73mm/s

phase.png

timestep 83/600

energy: 40,785μJ/m (43% mixture, 39% interface, 18% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 6.3e+03 (19%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 4.4e+02 (44%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 5e-12

residual norm: 4.1e+00 (87%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 5e-14

residual norm: 3.5e-04 (100%)

optimal value: 4.1e+07

largest flux: 2.18mm/s

phase.png

timestep 84/600

energy: 40,653μJ/m (43% mixture, 39% interface, 18% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 5.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 6.7e+03 (19%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 3.7e+02 (45%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 3e-12

residual norm: 1.8e+00 (95%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-14

residual norm: 4.0e-05 (100%)

optimal value: 4.1e+07

largest flux: 2.19mm/s

phase.png

timestep 85/600

energy: 40,517μJ/m (43% mixture, 39% interface, 18% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 5.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 8e-11

residual norm: 4.6e+03 (22%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 9.1e+01 (58%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 6.8e-02 (100%)

optimal value: 4.0e+07

largest flux: 2.00mm/s

phase.png

timestep 86/600

energy: 40,382μJ/m (43% mixture, 39% interface, 18% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 5.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 6e-11

residual norm: 3.7e+03 (24%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 3.6e+01 (67%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-13

residual norm: 6.2e-03 (100%)

optimal value: 4.0e+07

largest flux: 2.08mm/s

phase.png

timestep 87/600

energy: 40,251μJ/m (43% mixture, 39% interface, 18% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 5.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 6e-11

residual norm: 3.4e+03 (25%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 9e-12

residual norm: 2.3e+01 (71%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-14

residual norm: 2.1e-03 (100%)

optimal value: 4.0e+07

largest flux: 2.09mm/s

phase.png

timestep 88/600

energy: 40,123μJ/m (43% mixture, 39% interface, 18% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 6e-11

residual norm: 3.2e+03 (25%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 8e-12

residual norm: 1.8e+01 (73%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-14

residual norm: 1.2e-03 (100%)

optimal value: 4.0e+07

largest flux: 2.04mm/s

phase.png

timestep 89/600

energy: 39,999μJ/m (43% mixture, 39% interface, 18% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 6e-11

residual norm: 3.0e+03 (26%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 1.5e+01 (75%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-14

residual norm: 7.8e-04 (100%)

optimal value: 4.0e+07

largest flux: 1.93mm/s

phase.png

timestep 90/600

energy: 39,877μJ/m (43% mixture, 39% interface, 18% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 2.8e+03 (26%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 1.3e+01 (77%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-14

residual norm: 5.3e-04 (100%)

optimal value: 4.0e+07

largest flux: 1.79mm/s

phase.png

timestep 91/600

energy: 39,759μJ/m (43% mixture, 39% interface, 18% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 2.7e+03 (27%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 5e-12

residual norm: 1.1e+01 (78%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-14

residual norm: 3.6e-04 (100%)

optimal value: 4.0e+07

largest flux: 1.61mm/s

phase.png

timestep 92/600

energy: 39,643μJ/m (43% mixture, 39% interface, 18% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 2.5e+03 (27%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 5e-12

residual norm: 8.9e+00 (80%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 2.4e-04 (100%)

optimal value: 4.0e+07

largest flux: 1.47mm/s

phase.png

timestep 93/600

energy: 39,530μJ/m (43% mixture, 39% interface, 18% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 2.4e+03 (28%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 4e-12

residual norm: 7.4e+00 (81%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 1.6e-04 (100%)

optimal value: 3.9e+07

largest flux: 1.43mm/s

phase.png

timestep 94/600

energy: 39,419μJ/m (43% mixture, 39% interface, 18% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 2.3e+03 (28%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 4e-12

residual norm: 6.3e+00 (83%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 1e-14

residual norm: 1.1e-04 (100%)

optimal value: 3.9e+07

largest flux: 1.37mm/s

phase.png

timestep 95/600

energy: 39,310μJ/m (43% mixture, 39% interface, 18% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 2.2e+03 (28%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 3e-12

residual norm: 5.3e+00 (84%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 9e-15

residual norm: 7.5e-05 (100%)

optimal value: 3.9e+07

largest flux: 1.30mm/s

phase.png

timestep 96/600

energy: 39,203μJ/m (42% mixture, 39% interface, 18% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 2.1e+03 (29%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 3e-12

residual norm: 4.5e+00 (86%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 8e-15

residual norm: 5.1e-05 (100%)

optimal value: 3.9e+07

largest flux: 1.22mm/s

phase.png

timestep 97/600

energy: 39,099μJ/m (42% mixture, 39% interface, 19% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.4e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 2.0e+03 (29%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 3.9e+00 (87%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 6e-15

residual norm: 3.5e-05 (100%)

optimal value: 3.9e+07

largest flux: 1.13mm/s

phase.png

timestep 98/600

energy: 38,996μJ/m (42% mixture, 39% interface, 19% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.4e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.9e+03 (29%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 3.4e+00 (89%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 6e-15

residual norm: 2.4e-05 (100%)

optimal value: 3.9e+07

largest flux: 1.06mm/s

phase.png

timestep 99/600

energy: 38,895μJ/m (42% mixture, 39% interface, 19% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.9e+03 (29%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 3.0e+00 (90%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 4e-15

residual norm: 1.7e-05 (100%)

optimal value: 3.9e+07

largest flux: 1.02mm/s

phase.png

timestep 100/600

energy: 38,795μJ/m (42% mixture, 39% interface, 19% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.8e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 2.7e+00 (91%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 4e-15

residual norm: 1.2e-05 (100%)

optimal value: 3.9e+07

largest flux: 0.96mm/s

phase.png

timestep 101/600

energy: 38,697μJ/m (42% mixture, 39% interface, 19% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.8e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 2.6e+00 (91%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 9.7e-06 (100%)

optimal value: 3.9e+07

largest flux: 0.96mm/s

phase.png

timestep 102/600

energy: 38,600μJ/m (42% mixture, 39% interface, 19% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.8e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 2.4e+00 (92%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 8.7e-06 (100%)

optimal value: 3.9e+07

largest flux: 0.97mm/s

phase.png

timestep 103/600

energy: 38,504μJ/m (42% mixture, 39% interface, 19% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.7e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 2.4e+00 (92%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 8.5e-06 (100%)

optimal value: 3.8e+07

largest flux: 0.98mm/s

phase.png

timestep 104/600

energy: 38,409μJ/m (42% mixture, 39% interface, 19% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.7e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 2.4e+00 (92%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 8.9e-06 (100%)

optimal value: 3.8e+07

largest flux: 0.99mm/s

phase.png

timestep 105/600

energy: 38,315μJ/m (42% mixture, 39% interface, 19% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.7e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 2.4e+00 (92%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 9.6e-06 (100%)

optimal value: 3.8e+07

largest flux: 1.00mm/s

phase.png

timestep 106/600

energy: 38,221μJ/m (42% mixture, 39% interface, 19% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.7e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 2.5e+00 (92%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 1.0e-05 (100%)

optimal value: 3.8e+07

largest flux: 1.01mm/s

phase.png

timestep 107/600

energy: 38,128μJ/m (42% mixture, 39% interface, 19% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.7e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 2.5e+00 (91%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 1.1e-05 (100%)

optimal value: 3.8e+07

largest flux: 1.02mm/s

phase.png

timestep 108/600

energy: 38,036μJ/m (42% mixture, 39% interface, 19% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.7e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 2.6e+00 (91%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 1.3e-05 (100%)

optimal value: 3.8e+07

largest flux: 1.03mm/s

phase.png

timestep 109/600

energy: 37,944μJ/m (42% mixture, 39% interface, 19% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.7e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 2.7e+00 (91%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 1.4e-05 (100%)

optimal value: 3.8e+07

largest flux: 1.05mm/s

phase.png

timestep 110/600

energy: 37,852μJ/m (42% mixture, 39% interface, 19% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.7e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 2.8e+00 (90%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 4e-15

residual norm: 1.5e-05 (100%)

optimal value: 3.8e+07

largest flux: 1.06mm/s

phase.png

timestep 111/600

energy: 37,760μJ/m (42% mixture, 39% interface, 19% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.8e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 2.9e+00 (90%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 6e-15

residual norm: 1.6e-05 (100%)

optimal value: 3.8e+07

largest flux: 1.11mm/s

phase.png

timestep 112/600

energy: 37,668μJ/m (42% mixture, 39% interface, 19% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.8e+03 (29%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 3.1e+00 (89%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 8e-15

residual norm: 1.9e-05 (100%)

optimal value: 3.8e+07

largest flux: 1.17mm/s

phase.png

timestep 113/600

energy: 37,576μJ/m (42% mixture, 39% interface, 19% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.8e+03 (29%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 3e-12

residual norm: 3.4e+00 (88%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-14

residual norm: 2.9e-05 (100%)

optimal value: 3.8e+07

largest flux: 1.24mm/s

phase.png

timestep 114/600

energy: 37,484μJ/m (42% mixture, 39% interface, 19% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 6e-11

residual norm: 1.9e+03 (29%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-12

residual norm: 4.2e+00 (86%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 3e-14

residual norm: 8.6e-05 (100%)

optimal value: 3.7e+07

largest flux: 1.32mm/s

phase.png

timestep 115/600

energy: 37,390μJ/m (42% mixture, 39% interface, 19% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 1.9e+03 (29%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 6.7e+00 (82%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 8e-14

residual norm: 4.5e-04 (100%)

optimal value: 3.7e+07

largest flux: 1.44mm/s

phase.png

timestep 116/600

energy: 37,295μJ/m (42% mixture, 39% interface, 20% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 9e-11

residual norm: 2.1e+03 (28%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.6e+01 (74%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 4.2e-03 (100%)

optimal value: 3.7e+07

largest flux: 1.60mm/s

phase.png

timestep 117/600

energy: 37,196μJ/m (42% mixture, 39% interface, 20% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 2.6e+03 (26%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 5.7e+01 (62%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 7.9e-02 (100%)

optimal value: 3.7e+07

largest flux: 1.90mm/s

phase.png

timestep 118/600

energy: 37,090μJ/m (42% mixture, 38% interface, 20% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 4.2e+03 (22%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 8e-11

residual norm: 1.1e+02 (56%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 6.7e-02 (100%)

optimal value: 3.7e+07

largest flux: 2.62mm/s

phase.png

timestep 119/600

energy: 36,960μJ/m (42% mixture, 38% interface, 20% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 4e-10

residual norm: 1.7e+04 (10%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 2.1e+03 (29%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 6.7e+01 (61%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 7.7e-02 (100%)

optimal value: 3.7e+07

largest flux: 3.02mm/s

phase.png

timestep 120/600

energy: 36,806μJ/m (42% mixture, 38% interface, 20% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 5.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 1.0e+04 (15%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 6.2e+02 (41%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 3.6e+00 (88%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 3e-14

residual norm: 1.3e-04 (100%)

optimal value: 3.7e+07

largest flux: 2.39mm/s

phase.png

timestep 121/600

energy: 36,674μJ/m (42% mixture, 38% interface, 20% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 3.1e+03 (25%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 2.7e+01 (69%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 4.9e-03 (100%)

optimal value: 3.7e+07

largest flux: 1.70mm/s

phase.png

timestep 122/600

energy: 36,569μJ/m (42% mixture, 38% interface, 20% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 4.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 1.9e+03 (29%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 9e-12

residual norm: 3.7e+00 (88%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-14

residual norm: 2.7e-05 (100%)

optimal value: 3.7e+07

largest flux: 1.12mm/s

phase.png

timestep 123/600

energy: 36,480μJ/m (42% mixture, 38% interface, 20% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 1.8e+03 (29%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-12

residual norm: 3.3e+00 (89%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 2.2e-05 (100%)

optimal value: 3.6e+07

largest flux: 1.07mm/s

phase.png

timestep 124/600

energy: 36,398μJ/m (41% mixture, 38% interface, 20% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 1.7e+03 (29%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 3.2e+00 (89%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 2.1e-05 (100%)

optimal value: 3.6e+07

largest flux: 1.04mm/s

phase.png

timestep 125/600

energy: 36,321μJ/m (41% mixture, 38% interface, 20% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 8e-11

residual norm: 1.7e+03 (29%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 3.2e+00 (89%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.2 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 2.0e-05 (100%)

optimal value: 3.6e+07

largest flux: 1.05mm/s

phase.png

timestep 126/600

energy: 36,246μJ/m (41% mixture, 38% interface, 20% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 1.7e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 3.1e+00 (89%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 1.9e-05 (100%)

optimal value: 3.6e+07

largest flux: 1.05mm/s

phase.png

timestep 127/600

energy: 36,173μJ/m (41% mixture, 38% interface, 20% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 1.6e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 3.0e+00 (90%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.2 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 1.7e-05 (100%)

optimal value: 3.6e+07

largest flux: 1.06mm/s

phase.png

timestep 128/600

energy: 36,101μJ/m (41% mixture, 38% interface, 20% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.6e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.8e+00 (90%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 1.6e-05 (100%)

optimal value: 3.6e+07

largest flux: 1.05mm/s

phase.png

timestep 129/600

energy: 36,031μJ/m (41% mixture, 38% interface, 20% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.6e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.7e+00 (90%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.2 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 1.4e-05 (100%)

optimal value: 3.6e+07

largest flux: 1.05mm/s

phase.png

timestep 130/600

energy: 35,961μJ/m (41% mixture, 38% interface, 20% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.6e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.6e+00 (91%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.2 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 1.3e-05 (100%)

optimal value: 3.6e+07

largest flux: 1.04mm/s

phase.png

timestep 131/600

energy: 35,892μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.5e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.4e+00 (91%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.2 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 1.1e-05 (100%)

optimal value: 3.6e+07

largest flux: 1.03mm/s

phase.png

timestep 132/600

energy: 35,824μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.5e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.3e+00 (92%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.2 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 1.0e-05 (100%)

optimal value: 3.6e+07

largest flux: 1.02mm/s

phase.png

timestep 133/600

energy: 35,757μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.5e+03 (30%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.2e+00 (93%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 8.7e-06 (100%)

optimal value: 3.6e+07

largest flux: 1.00mm/s

phase.png

timestep 134/600

energy: 35,690μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.4e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.0e+00 (93%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 7.5e-06 (100%)

optimal value: 3.6e+07

largest flux: 0.98mm/s

phase.png

timestep 135/600

energy: 35,625μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.4e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.9e+00 (94%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 6.4e-06 (100%)

optimal value: 3.6e+07

largest flux: 0.96mm/s

phase.png

timestep 136/600

energy: 35,560μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.4e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.4e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.8e+00 (94%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.2 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 5.5e-06 (100%)

optimal value: 3.6e+07

largest flux: 0.94mm/s

phase.png

timestep 137/600

energy: 35,496μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.4e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.3e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.7e+00 (95%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 4.7e-06 (100%)

optimal value: 3.5e+07

largest flux: 0.93mm/s

phase.png

timestep 138/600

energy: 35,432μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.4e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.3e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.6e+00 (96%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 4.0e-06 (100%)

optimal value: 3.5e+07

largest flux: 0.91mm/s

phase.png

timestep 139/600

energy: 35,370μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.3e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.5e+00 (96%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 3.4e-06 (100%)

optimal value: 3.5e+07

largest flux: 0.89mm/s

phase.png

timestep 140/600

energy: 35,308μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e+00 (97%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 2.9e-06 (100%)

optimal value: 3.5e+07

largest flux: 0.87mm/s

phase.png

timestep 141/600

energy: 35,247μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.3e+00 (98%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 2.5e-06 (100%)

optimal value: 3.5e+07

largest flux: 0.85mm/s

phase.png

timestep 142/600

energy: 35,186μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.2e+00 (98%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 2.2e-06 (100%)

optimal value: 3.5e+07

largest flux: 0.83mm/s

phase.png

timestep 143/600

energy: 35,126μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.1e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.2e+00 (98%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 2.0e-06 (100%)

optimal value: 3.5e+07

largest flux: 0.81mm/s

phase.png

timestep 144/600

energy: 35,067μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.1e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.1e+00 (99%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 1.9e-06 (100%)

optimal value: 3.5e+07

largest flux: 0.79mm/s

phase.png

timestep 145/600

energy: 35,008μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.1e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.1e+00 (99%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 1.8e-06 (100%)

optimal value: 3.5e+07

largest flux: 0.77mm/s

phase.png

timestep 146/600

energy: 34,949μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.1e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.0e+00 (100%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 1.7e-06 (100%)

optimal value: 3.5e+07

largest flux: 0.78mm/s

phase.png

timestep 147/600

energy: 34,891μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.1e+03 (33%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.0e+00 (100%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 1.7e-06 (100%)

optimal value: 3.5e+07

largest flux: 0.79mm/s

phase.png

timestep 148/600

energy: 34,834μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.1e+03 (33%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.0e+00 (100%)

optimal value: 3.5e+07

largest flux: 0.79mm/s

phase.png

timestep 149/600

energy: 34,776μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.0e+03 (33%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 9.9e-01 (100%)

optimal value: 3.5e+07

largest flux: 0.81mm/s

phase.png

timestep 150/600

energy: 34,720μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.0e+03 (33%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 9.9e-01 (100%)

optimal value: 3.5e+07

largest flux: 0.82mm/s

phase.png

timestep 151/600

energy: 34,663μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.0e+03 (33%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 9.9e-01 (100%)

optimal value: 3.5e+07

largest flux: 0.84mm/s

phase.png

timestep 152/600

energy: 34,607μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.0e+03 (33%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.0e+00 (100%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 2.3e-06 (100%)

optimal value: 3.5e+07

largest flux: 0.86mm/s

phase.png

timestep 153/600

energy: 34,551μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.0e+03 (33%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.0e+00 (100%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 2.5e-06 (100%)

optimal value: 3.5e+07

largest flux: 0.88mm/s

phase.png

timestep 154/600

energy: 34,496μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.0e+03 (33%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.0e+00 (100%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 2.8e-06 (100%)

optimal value: 3.4e+07

largest flux: 0.89mm/s

phase.png

timestep 155/600

energy: 34,440μJ/m (41% mixture, 38% interface, 21% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.0e+03 (33%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.1e+00 (99%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 3.2e-06 (100%)

optimal value: 3.4e+07

largest flux: 0.91mm/s

phase.png

timestep 156/600

energy: 34,385μJ/m (41% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.0e+03 (33%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.1e+00 (99%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 3.7e-06 (100%)

optimal value: 3.4e+07

largest flux: 0.93mm/s

phase.png

timestep 157/600

energy: 34,330μJ/m (41% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.0e+03 (33%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.1e+00 (99%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 4.2e-06 (100%)

optimal value: 3.4e+07

largest flux: 0.96mm/s

phase.png

timestep 158/600

energy: 34,275μJ/m (41% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.0e+03 (33%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.2e+00 (98%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 4.8e-06 (100%)

optimal value: 3.4e+07

largest flux: 0.98mm/s

phase.png

timestep 159/600

energy: 34,221μJ/m (41% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.0e+03 (33%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.2e+00 (98%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 5.6e-06 (100%)

optimal value: 3.4e+07

largest flux: 1.00mm/s

phase.png

timestep 160/600

energy: 34,166μJ/m (41% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.0e+03 (33%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.3e+00 (98%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 6.4e-06 (100%)

optimal value: 3.4e+07

largest flux: 1.03mm/s

phase.png

timestep 161/600

energy: 34,112μJ/m (40% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.0e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.3e+00 (97%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 7.4e-06 (100%)

optimal value: 3.4e+07

largest flux: 1.05mm/s

phase.png

timestep 162/600

energy: 34,058μJ/m (40% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.1e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e+00 (97%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 8.5e-06 (100%)

optimal value: 3.4e+07

largest flux: 1.08mm/s

phase.png

timestep 163/600

energy: 34,003μJ/m (40% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.1e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.5e+00 (96%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 9.8e-06 (100%)

optimal value: 3.4e+07

largest flux: 1.10mm/s

phase.png

timestep 164/600

energy: 33,949μJ/m (40% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.1e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.5e+00 (96%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 1.1e-05 (100%)

optimal value: 3.4e+07

largest flux: 1.13mm/s

phase.png

timestep 165/600

energy: 33,895μJ/m (40% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.1e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.6e+00 (95%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 1.3e-05 (100%)

optimal value: 3.4e+07

largest flux: 1.16mm/s

phase.png

timestep 166/600

energy: 33,841μJ/m (40% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.1e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.7e+00 (95%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 1.4e-05 (100%)

optimal value: 3.4e+07

largest flux: 1.18mm/s

phase.png

timestep 167/600

energy: 33,788μJ/m (40% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.1e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.8e+00 (94%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 1.6e-05 (100%)

optimal value: 3.4e+07

largest flux: 1.21mm/s

phase.png

timestep 168/600

energy: 33,734μJ/m (40% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.1e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.9e+00 (94%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 1.8e-05 (100%)

optimal value: 3.4e+07

largest flux: 1.23mm/s

phase.png

timestep 169/600

energy: 33,680μJ/m (40% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.1e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.0e+00 (93%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 1.9e-05 (100%)

optimal value: 3.4e+07

largest flux: 1.26mm/s

phase.png

timestep 170/600

energy: 33,627μJ/m (40% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.1e+00 (93%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 4e-15

residual norm: 2.1e-05 (100%)

optimal value: 3.4e+07

largest flux: 1.28mm/s

phase.png

timestep 171/600

energy: 33,573μJ/m (40% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.1e+00 (93%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 2.3e-05 (100%)

optimal value: 3.4e+07

largest flux: 1.29mm/s

phase.png

timestep 172/600

energy: 33,520μJ/m (40% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.2e+00 (92%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 2.4e-05 (100%)

optimal value: 3.3e+07

largest flux: 1.30mm/s

phase.png

timestep 173/600

energy: 33,467μJ/m (40% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.3e+00 (92%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 4e-15

residual norm: 2.5e-05 (100%)

optimal value: 3.3e+07

largest flux: 1.30mm/s

phase.png

timestep 174/600

energy: 33,413μJ/m (40% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 2.3e+00 (92%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-15

residual norm: 2.6e-05 (100%)

optimal value: 3.3e+07

largest flux: 1.30mm/s

phase.png

timestep 175/600

energy: 33,361μJ/m (40% mixture, 38% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.4e+00 (92%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 2.6e-05 (100%)

optimal value: 3.3e+07

largest flux: 1.28mm/s

phase.png

timestep 176/600

energy: 33,308μJ/m (40% mixture, 37% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 2.4e+00 (92%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 2.6e-05 (100%)

optimal value: 3.3e+07

largest flux: 1.24mm/s

phase.png

timestep 177/600

energy: 33,256μJ/m (40% mixture, 37% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.4e+00 (92%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 4e-15

residual norm: 2.6e-05 (100%)

optimal value: 3.3e+07

largest flux: 1.19mm/s

phase.png

timestep 178/600

energy: 33,203μJ/m (40% mixture, 37% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.4e+00 (92%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 4e-15

residual norm: 2.5e-05 (100%)

optimal value: 3.3e+07

largest flux: 1.13mm/s

phase.png

timestep 179/600

energy: 33,152μJ/m (40% mixture, 37% interface, 22% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 3.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.3e+00 (92%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 2.3e-05 (100%)

optimal value: 3.3e+07

largest flux: 1.04mm/s

phase.png

timestep 180/600

energy: 33,100μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.3e+00 (92%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 2.1e-05 (100%)

optimal value: 3.3e+07

largest flux: 1.05mm/s

phase.png

timestep 181/600

energy: 33,049μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.2e+00 (92%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 1.9e-05 (100%)

optimal value: 3.3e+07

largest flux: 1.05mm/s

phase.png

timestep 182/600

energy: 32,999μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.1e+00 (93%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 1.7e-05 (100%)

optimal value: 3.3e+07

largest flux: 1.04mm/s

phase.png

timestep 183/600

energy: 32,949μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.1e+00 (93%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 3e-15

residual norm: 1.5e-05 (100%)

optimal value: 3.3e+07

largest flux: 1.03mm/s

phase.png

timestep 184/600

energy: 32,899μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.0e+00 (93%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 1.3e-05 (100%)

optimal value: 3.3e+07

largest flux: 1.02mm/s

phase.png

timestep 185/600

energy: 32,850μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.9e+00 (94%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 1.1e-05 (100%)

optimal value: 3.3e+07

largest flux: 1.01mm/s

phase.png

timestep 186/600

energy: 32,802μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.8e+00 (94%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 9.1e-06 (100%)

optimal value: 3.3e+07

largest flux: 1.00mm/s

phase.png

timestep 187/600

energy: 32,754μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.7e+00 (95%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 7.5e-06 (100%)

optimal value: 3.3e+07

largest flux: 0.98mm/s

phase.png

timestep 188/600

energy: 32,707μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.1e+03 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.6e+00 (96%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 6.1e-06 (100%)

optimal value: 3.3e+07

largest flux: 0.96mm/s

phase.png

timestep 189/600

energy: 32,660μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.1e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.5e+00 (96%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-15

residual norm: 5.0e-06 (100%)

optimal value: 3.3e+07

largest flux: 0.94mm/s

phase.png

timestep 190/600

energy: 32,614μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.1e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e+00 (97%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 4.1e-06 (100%)

optimal value: 3.3e+07

largest flux: 0.91mm/s

phase.png

timestep 191/600

energy: 32,569μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.1e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.3e+00 (98%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 3.4e-06 (100%)

optimal value: 3.3e+07

largest flux: 0.89mm/s

phase.png

timestep 192/600

energy: 32,524μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.0e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 1.2e+00 (98%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 2.8e-06 (100%)

optimal value: 3.3e+07

largest flux: 0.86mm/s

phase.png

timestep 193/600

energy: 32,480μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.0e+03 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.1e+00 (99%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 2.4e-06 (100%)

optimal value: 3.2e+07

largest flux: 0.83mm/s

phase.png

timestep 194/600

energy: 32,437μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 9.9e+02 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 1.0e+00 (100%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-15

residual norm: 2.0e-06 (100%)

optimal value: 3.2e+07

largest flux: 0.80mm/s

phase.png

timestep 195/600

energy: 32,394μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 9.6e+02 (33%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 9.7e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.76mm/s

phase.png

timestep 196/600

energy: 32,352μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 9.4e+02 (33%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 9.1e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.74mm/s

phase.png

timestep 197/600

energy: 32,311μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 9.1e+02 (33%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 8.5e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.73mm/s

phase.png

timestep 198/600

energy: 32,270μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 8.9e+02 (33%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 7.9e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.72mm/s

phase.png

timestep 199/600

energy: 32,230μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 8.7e+02 (34%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 7.3e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.71mm/s

phase.png

timestep 200/600

energy: 32,191μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 8.4e+02 (34%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 6.8e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.69mm/s

phase.png

timestep 201/600

energy: 32,152μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 8.2e+02 (34%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 6.3e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.68mm/s

phase.png

timestep 202/600

energy: 32,114μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 8.0e+02 (34%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 5.9e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.67mm/s

phase.png

timestep 203/600

energy: 32,076μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 7.8e+02 (34%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 5.5e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.65mm/s

phase.png

timestep 204/600

energy: 32,038μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 7.5e+02 (35%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 5.2e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.63mm/s

phase.png

timestep 205/600

energy: 32,002μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 7.3e+02 (35%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 4.8e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.63mm/s

phase.png

timestep 206/600

energy: 31,966μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 7.1e+02 (35%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 4.5e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.62mm/s

phase.png

timestep 207/600

energy: 31,930μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.4e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 6.9e+02 (35%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 4.3e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.62mm/s

phase.png

timestep 208/600

energy: 31,895μJ/m (40% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.4e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 6.8e+02 (35%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 4.0e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.62mm/s

phase.png

timestep 209/600

energy: 31,860μJ/m (39% mixture, 37% interface, 23% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.4e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 6.6e+02 (36%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 3.8e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.62mm/s

phase.png

timestep 210/600

energy: 31,825μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.4e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 6.4e+02 (36%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 3.6e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.61mm/s

phase.png

timestep 211/600

energy: 31,791μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.4e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 6.3e+02 (36%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 3.4e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.61mm/s

phase.png

timestep 212/600

energy: 31,758μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 6.1e+02 (36%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 3.3e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.61mm/s

phase.png

timestep 213/600

energy: 31,725μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 6.0e+02 (36%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 3.1e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.60mm/s

phase.png

timestep 214/600

energy: 31,692μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 5.9e+02 (36%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 3.0e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.60mm/s

phase.png

timestep 215/600

energy: 31,659μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 5.8e+02 (37%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 2.9e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.60mm/s

phase.png

timestep 216/600

energy: 31,627μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 5.7e+02 (37%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 2.7e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.59mm/s

phase.png

timestep 217/600

energy: 31,596μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 5.5e+02 (37%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 2.6e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.59mm/s

phase.png

timestep 218/600

energy: 31,564μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 5.4e+02 (37%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 2.5e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.59mm/s

phase.png

timestep 219/600

energy: 31,533μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 5.3e+02 (37%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 2.4e-01 (100%)

optimal value: 3.2e+07

largest flux: 0.58mm/s

phase.png

timestep 220/600

energy: 31,502μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 5.2e+02 (37%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 2.3e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.58mm/s

phase.png

timestep 221/600

energy: 31,472μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 5.1e+02 (38%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 2.3e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.57mm/s

phase.png

timestep 222/600

energy: 31,442μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 5.0e+02 (38%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.1 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 2.2e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.57mm/s

phase.png

timestep 223/600

energy: 31,412μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 4.9e+02 (38%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 2.1e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.57mm/s

phase.png

timestep 224/600

energy: 31,382μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 4.8e+02 (38%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 2.0e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.56mm/s

phase.png

timestep 225/600

energy: 31,353μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 4.7e+02 (38%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 2.0e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.56mm/s

phase.png

timestep 226/600

energy: 31,324μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 4.6e+02 (38%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.9e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.56mm/s

phase.png

timestep 227/600

energy: 31,295μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 4.5e+02 (38%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.8e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.55mm/s

phase.png

timestep 228/600

energy: 31,267μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 4.5e+02 (39%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.8e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.55mm/s

phase.png

timestep 229/600

energy: 31,239μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 4.4e+02 (39%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.7e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.55mm/s

phase.png

timestep 230/600

energy: 31,211μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 4.3e+02 (39%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.6e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.54mm/s

phase.png

timestep 231/600

energy: 31,183μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 4.3e+02 (39%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.6e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.54mm/s

phase.png

timestep 232/600

energy: 31,155μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 4.2e+02 (39%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.5e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.54mm/s

phase.png

timestep 233/600

energy: 31,128μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 4.1e+02 (39%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.5e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.53mm/s

phase.png

timestep 234/600

energy: 31,101μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 4.0e+02 (39%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.4e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.53mm/s

phase.png

timestep 235/600

energy: 31,074μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 4.0e+02 (39%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.4e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.53mm/s

phase.png

timestep 236/600

energy: 31,048μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.9e+02 (40%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.3e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.52mm/s

phase.png

timestep 237/600

energy: 31,021μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.8e+02 (40%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.3e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.52mm/s

phase.png

timestep 238/600

energy: 30,995μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.8e+02 (40%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.2e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.51mm/s

phase.png

timestep 239/600

energy: 30,969μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.7e+02 (40%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.2e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.51mm/s

phase.png

timestep 240/600

energy: 30,943μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.6e+02 (40%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.1e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.50mm/s

phase.png

timestep 241/600

energy: 30,917μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.6e+02 (40%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.1e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.50mm/s

phase.png

timestep 242/600

energy: 30,892μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.5e+02 (40%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.1e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.49mm/s

phase.png

timestep 243/600

energy: 30,866μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.0e-01 (100%)

optimal value: 3.1e+07

largest flux: 0.48mm/s

phase.png

timestep 244/600

energy: 30,841μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 9.8e-02 (100%)

optimal value: 3.1e+07

largest flux: 0.48mm/s

phase.png

timestep 245/600

energy: 30,816μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.3e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 9.4e-02 (100%)

optimal value: 3.1e+07

largest flux: 0.47mm/s

phase.png

timestep 246/600

energy: 30,791μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.3e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 9.0e-02 (100%)

optimal value: 3.1e+07

largest flux: 0.47mm/s

phase.png

timestep 247/600

energy: 30,767μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.2e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 8.7e-02 (100%)

optimal value: 3.1e+07

largest flux: 0.47mm/s

phase.png

timestep 248/600

energy: 30,742μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.2e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 8.4e-02 (100%)

optimal value: 3.1e+07

largest flux: 0.46mm/s

phase.png

timestep 249/600

energy: 30,718μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.1e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 8.1e-02 (100%)

optimal value: 3.1e+07

largest flux: 0.46mm/s

phase.png

timestep 250/600

energy: 30,694μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.1e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 7.8e-02 (100%)

optimal value: 3.1e+07

largest flux: 0.46mm/s

phase.png

timestep 251/600

energy: 30,670μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.1e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 7.5e-02 (100%)

optimal value: 3.1e+07

largest flux: 0.45mm/s

phase.png

timestep 252/600

energy: 30,646μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.8e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.0e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 7.2e-02 (100%)

optimal value: 3.1e+07

largest flux: 0.45mm/s

phase.png

timestep 253/600

energy: 30,622μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.0e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 6.9e-02 (100%)

optimal value: 3.1e+07

largest flux: 0.45mm/s

phase.png

timestep 254/600

energy: 30,598μJ/m (39% mixture, 37% interface, 24% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.9e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 6.6e-02 (100%)

optimal value: 3.1e+07

largest flux: 0.44mm/s

phase.png

timestep 255/600

energy: 30,575μJ/m (39% mixture, 37% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.9e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 6.4e-02 (100%)

optimal value: 3.1e+07

largest flux: 0.44mm/s

phase.png

timestep 256/600

energy: 30,551μJ/m (39% mixture, 37% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.8e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 6.1e-02 (100%)

optimal value: 3.1e+07

largest flux: 0.43mm/s

phase.png

timestep 257/600

energy: 30,528μJ/m (39% mixture, 37% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.8e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 5.9e-02 (100%)

optimal value: 3.1e+07

largest flux: 0.43mm/s

phase.png

timestep 258/600

energy: 30,505μJ/m (39% mixture, 37% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.8e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 5.7e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.42mm/s

phase.png

timestep 259/600

energy: 30,481μJ/m (39% mixture, 37% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.7e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 5.5e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.42mm/s

phase.png

timestep 260/600

energy: 30,458μJ/m (39% mixture, 37% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.7e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 5.3e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.42mm/s

phase.png

timestep 261/600

energy: 30,436μJ/m (39% mixture, 37% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.6e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 5.1e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.42mm/s

phase.png

timestep 262/600

energy: 30,413μJ/m (39% mixture, 37% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.6e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 4.9e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.42mm/s

phase.png

timestep 263/600

energy: 30,390μJ/m (39% mixture, 37% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.6e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 4.7e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.43mm/s

phase.png

timestep 264/600

energy: 30,368μJ/m (39% mixture, 37% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.5e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 4.6e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.43mm/s

phase.png

timestep 265/600

energy: 30,345μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.5e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 4.4e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.43mm/s

phase.png

timestep 266/600

energy: 30,323μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.5e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 4.3e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.43mm/s

phase.png

timestep 267/600

energy: 30,300μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.5e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 4.1e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.43mm/s

phase.png

timestep 268/600

energy: 30,278μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 4.0e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.43mm/s

phase.png

timestep 269/600

energy: 30,256μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 3.9e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.44mm/s

phase.png

timestep 270/600

energy: 30,234μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 3.7e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.44mm/s

phase.png

timestep 271/600

energy: 30,212μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 3.6e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.44mm/s

phase.png

timestep 272/600

energy: 30,190μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 3.5e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.44mm/s

phase.png

timestep 273/600

energy: 30,168μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 3.4e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.44mm/s

phase.png

timestep 274/600

energy: 30,146μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 3.3e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.45mm/s

phase.png

timestep 275/600

energy: 30,124μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 3.3e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.45mm/s

phase.png

timestep 276/600

energy: 30,102μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 3.2e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.45mm/s

phase.png

timestep 277/600

energy: 30,080μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 3.1e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.45mm/s

phase.png

timestep 278/600

energy: 30,059μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.2e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 3.1e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.46mm/s

phase.png

timestep 279/600

energy: 30,037μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.2e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 3.0e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.46mm/s

phase.png

timestep 280/600

energy: 30,015μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.2e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 3.0e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.46mm/s

phase.png

timestep 281/600

energy: 29,994μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.2e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 2.9e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.47mm/s

phase.png

timestep 282/600

energy: 29,972μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.2e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 2.9e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.47mm/s

phase.png

timestep 283/600

energy: 29,951μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.2e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 2.9e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.47mm/s

phase.png

timestep 284/600

energy: 29,929μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.2e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 2.9e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.47mm/s

phase.png

timestep 285/600

energy: 29,908μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.2e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 2.9e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.48mm/s

phase.png

timestep 286/600

energy: 29,886μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.2e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 3.0e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.48mm/s

phase.png

timestep 287/600

energy: 29,865μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.1e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 3.0e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.48mm/s

phase.png

timestep 288/600

energy: 29,843μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.1e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 3.1e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.49mm/s

phase.png

timestep 289/600

energy: 29,821μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.1e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 3.2e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.50mm/s

phase.png

timestep 290/600

energy: 29,800μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.1e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 3.3e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.51mm/s

phase.png

timestep 291/600

energy: 29,778μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.2e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 3.5e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.52mm/s

phase.png

timestep 292/600

energy: 29,757μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.2e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 3.7e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.53mm/s

phase.png

timestep 293/600

energy: 29,735μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.2e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 3.9e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.54mm/s

phase.png

timestep 294/600

energy: 29,713μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.2e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 4.3e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.55mm/s

phase.png

timestep 295/600

energy: 29,691μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 2.2e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 4.7e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.56mm/s

phase.png

timestep 296/600

energy: 29,669μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.2e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 5.2e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.57mm/s

phase.png

timestep 297/600

energy: 29,647μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 2.3e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 5.9e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.59mm/s

phase.png

timestep 298/600

energy: 29,625μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 2.3e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 3e-12

residual norm: 6.8e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.60mm/s

phase.png

timestep 299/600

energy: 29,603μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 2.3e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 8.0e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.61mm/s

phase.png

timestep 300/600

energy: 29,581μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 2.4e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 3e-12

residual norm: 9.6e-02 (100%)

optimal value: 3.0e+07

largest flux: 0.63mm/s

phase.png

timestep 301/600

energy: 29,558μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 6e-11

residual norm: 2.5e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 3e-12

residual norm: 1.2e-01 (100%)

optimal value: 3.0e+07

largest flux: 0.64mm/s

phase.png

timestep 302/600

energy: 29,535μJ/m (39% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 2.6e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 4e-12

residual norm: 1.5e-01 (100%)

optimal value: 3.0e+07

largest flux: 0.66mm/s

phase.png

timestep 303/600

energy: 29,512μJ/m (38% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 2.7e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 4e-12

residual norm: 1.9e-01 (100%)

optimal value: 3.0e+07

largest flux: 0.68mm/s

phase.png

timestep 304/600

energy: 29,488μJ/m (38% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 2.9e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 5e-12

residual norm: 2.6e-01 (100%)

optimal value: 2.9e+07

largest flux: 0.70mm/s

phase.png

timestep 305/600

energy: 29,464μJ/m (38% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 3.1e+02 (40%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 6e-12

residual norm: 3.7e-01 (100%)

optimal value: 2.9e+07

largest flux: 0.73mm/s

phase.png

timestep 306/600

energy: 29,440μJ/m (38% mixture, 36% interface, 25% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 9e-11

residual norm: 3.4e+02 (39%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 5.7e-01 (100%)

optimal value: 2.9e+07

largest flux: 0.76mm/s

phase.png

timestep 307/600

energy: 29,415μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 3.9e+02 (38%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 8e-12

residual norm: 9.4e-01 (100%)

optimal value: 2.9e+07

largest flux: 0.80mm/s

phase.png

timestep 308/600

energy: 29,389μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 4.6e+02 (36%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.8e+00 (94%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 1e-13

residual norm: 4.4e-05 (100%)

optimal value: 2.9e+07

largest flux: 0.86mm/s

phase.png

timestep 309/600

energy: 29,361μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 5.9e+02 (34%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 3.8e+00 (86%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 2.6e-04 (100%)

optimal value: 2.9e+07

largest flux: 0.98mm/s

phase.png

timestep 310/600

energy: 29,331μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 3e-10

residual norm: 8.3e+02 (31%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.0e+01 (76%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 2.4e-03 (100%)

optimal value: 2.9e+07

largest flux: 1.16mm/s

phase.png

timestep 311/600

energy: 29,297μJ/m (39% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 4e-10

residual norm: 1.4e+03 (26%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 3.1e+01 (65%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 3e-12

residual norm: 2.3e-02 (100%)

optimal value: 2.9e+07

largest flux: 1.50mm/s

phase.png

timestep 312/600

energy: 29,255μJ/m (39% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.9e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 8e-10

residual norm: 2.5e+03 (21%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 1.3e+01 (74%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 8.0e-04 (100%)

optimal value: 2.9e+07

largest flux: 2.07mm/s

phase.png

timestep 313/600

energy: 29,193μJ/m (39% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 8e-10

residual norm: 9.2e+03 (10%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.3 orders using 0 krylov vectors

solver returned with residual 5e-10

residual norm: 8.7e+02 (33%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 6e-11

residual norm: 1.2e+01 (75%)

iter 4

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.2 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 2.7e-03 (100%)

optimal value: 2.9e+07

largest flux: 2.21mm/s

phase.png

timestep 314/600

energy: 29,115μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 3e-10

residual norm: 5.3e+03 (15%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 2.2e+02 (47%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 9e-12

residual norm: 5.4e-01 (100%)

optimal value: 2.9e+07

largest flux: 1.75mm/s

phase.png

timestep 315/600

energy: 29,050μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 2.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 4e-10

residual norm: 1.8e+03 (24%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.6e+01 (72%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 2.1e-03 (100%)

optimal value: 2.9e+07

largest flux: 1.23mm/s

phase.png

timestep 316/600

energy: 29,001μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.7e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 4e-10

residual norm: 7.4e+02 (32%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.5e+00 (96%)

iter 3

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.4 orders using 0 krylov vectors

solver returned with residual 6e-14

residual norm: 1.4e-05 (100%)

optimal value: 2.9e+07

largest flux: 0.93mm/s

phase.png

timestep 317/600

energy: 28,963μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.6e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.7 orders using 0 krylov vectors

solver returned with residual 3e-10

residual norm: 4.0e+02 (38%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.5 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 2.0e-01 (100%)

optimal value: 2.9e+07

largest flux: 0.79mm/s

phase.png

timestep 318/600

energy: 28,931μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 2.7e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.6 orders using 0 krylov vectors

solver returned with residual 8e-12

residual norm: 4.3e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.68mm/s

phase.png

timestep 319/600

energy: 28,903μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.5e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 2.1e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 3e-12

residual norm: 2.0e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.57mm/s

phase.png

timestep 320/600

energy: 28,879μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.4e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.9 orders using 0 krylov vectors

solver returned with residual 2e-10

residual norm: 1.9e+02 (45%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 1.7e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.51mm/s

phase.png

timestep 321/600

energy: 28,857μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.4e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 1.7e+02 (46%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 13.8 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 1.6e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.48mm/s

phase.png

timestep 322/600

energy: 28,837μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.4e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 1e-10

residual norm: 1.6e+02 (46%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.6e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.45mm/s

phase.png

timestep 323/600

energy: 28,818μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-11

residual norm: 1.6e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 1.5e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.41mm/s

phase.png

timestep 324/600

energy: 28,801μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 1.5e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.5e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.39mm/s

phase.png

timestep 325/600

energy: 28,784μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-11

residual norm: 1.5e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.5e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.36mm/s

phase.png

timestep 326/600

energy: 28,768μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-11

residual norm: 1.5e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.4e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.34mm/s

phase.png

timestep 327/600

energy: 28,752μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.3e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.5e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.4e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.32mm/s

phase.png

timestep 328/600

energy: 28,737μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.4e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 1.4e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.32mm/s

phase.png

timestep 329/600

energy: 28,723μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.4e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 1.4e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.32mm/s

phase.png

timestep 330/600

energy: 28,708μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.4e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.4e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.32mm/s

phase.png

timestep 331/600

energy: 28,694μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.4e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 1.4e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.32mm/s

phase.png

timestep 332/600

energy: 28,680μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.4e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 1.4e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.32mm/s

phase.png

timestep 333/600

energy: 28,666μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.4e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 1.4e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.32mm/s

phase.png

timestep 334/600

energy: 28,652μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.4e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 1.4e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.31mm/s

phase.png

timestep 335/600

energy: 28,638μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.4e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.31mm/s

phase.png

timestep 336/600

energy: 28,624μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.4e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.31mm/s

phase.png

timestep 337/600

energy: 28,610μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.4e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.31mm/s

phase.png

timestep 338/600

energy: 28,597μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.4e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.31mm/s

phase.png

timestep 339/600

energy: 28,583μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.4e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.31mm/s

phase.png

timestep 340/600

energy: 28,570μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.4e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.31mm/s

phase.png

timestep 341/600

energy: 28,556μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.4e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.31mm/s

phase.png

timestep 342/600

energy: 28,543μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.31mm/s

phase.png

timestep 343/600

energy: 28,530μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.31mm/s

phase.png

timestep 344/600

energy: 28,516μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.9e+07

largest flux: 0.31mm/s

phase.png

timestep 345/600

energy: 28,503μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.31mm/s

phase.png

timestep 346/600

energy: 28,490μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.31mm/s

phase.png

timestep 347/600

energy: 28,477μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.31mm/s

phase.png

timestep 348/600

energy: 28,464μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.31mm/s

phase.png

timestep 349/600

energy: 28,451μJ/m (38% mixture, 36% interface, 26% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.31mm/s

phase.png

timestep 350/600

energy: 28,438μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.2e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.31mm/s

phase.png

timestep 351/600

energy: 28,425μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.32mm/s

phase.png

timestep 352/600

energy: 28,412μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.32mm/s

phase.png

timestep 353/600

energy: 28,399μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.32mm/s

phase.png

timestep 354/600

energy: 28,386μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.32mm/s

phase.png

timestep 355/600

energy: 28,373μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.32mm/s

phase.png

timestep 356/600

energy: 28,360μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.33mm/s

phase.png

timestep 357/600

energy: 28,348μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.33mm/s

phase.png

timestep 358/600

energy: 28,335μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.33mm/s

phase.png

timestep 359/600

energy: 28,322μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.33mm/s

phase.png

timestep 360/600

energy: 28,309μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.33mm/s

phase.png

timestep 361/600

energy: 28,297μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.33mm/s

phase.png

timestep 362/600

energy: 28,284μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.33mm/s

phase.png

timestep 363/600

energy: 28,271μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 364/600

energy: 28,259μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 365/600

energy: 28,246μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 366/600

energy: 28,234μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 367/600

energy: 28,221μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 368/600

energy: 28,209μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 369/600

energy: 28,196μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 370/600

energy: 28,184μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 371/600

energy: 28,172μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 372/600

energy: 28,159μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 373/600

energy: 28,147μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 374/600

energy: 28,135μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 375/600

energy: 28,122μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 376/600

energy: 28,110μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 377/600

energy: 28,098μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 378/600

energy: 28,086μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 379/600

energy: 28,073μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 380/600

energy: 28,061μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 381/600

energy: 28,049μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (49%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 382/600

energy: 28,037μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (49%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 383/600

energy: 28,025μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (49%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 384/600

energy: 28,013μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (49%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 385/600

energy: 28,001μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (49%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 386/600

energy: 27,989μJ/m (38% mixture, 36% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (49%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 387/600

energy: 27,976μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (49%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 388/600

energy: 27,964μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (49%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 389/600

energy: 27,952μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (49%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 390/600

energy: 27,940μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (49%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 391/600

energy: 27,928μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (49%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 392/600

energy: 27,917μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+02 (49%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 393/600

energy: 27,905μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (49%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.4e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 394/600

energy: 27,893μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 1.4e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 395/600

energy: 27,881μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.4e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 396/600

energy: 27,869μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 1.4e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 397/600

energy: 27,857μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.4e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 398/600

energy: 27,845μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 1.5e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 399/600

energy: 27,833μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 1.5e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 400/600

energy: 27,821μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.5e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.34mm/s

phase.png

timestep 401/600

energy: 27,809μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 1.5e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.35mm/s

phase.png

timestep 402/600

energy: 27,797μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 1.6e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.35mm/s

phase.png

timestep 403/600

energy: 27,785μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.6e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.35mm/s

phase.png

timestep 404/600

energy: 27,773μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.6e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.35mm/s

phase.png

timestep 405/600

energy: 27,762μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 1.6e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.36mm/s

phase.png

timestep 406/600

energy: 27,750μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 1.7e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.36mm/s

phase.png

timestep 407/600

energy: 27,738μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 1.7e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.36mm/s

phase.png

timestep 408/600

energy: 27,726μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 1.7e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.37mm/s

phase.png

timestep 409/600

energy: 27,714μJ/m (38% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 1.8e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.37mm/s

phase.png

timestep 410/600

energy: 27,702μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.8e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.37mm/s

phase.png

timestep 411/600

energy: 27,690μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 1.9e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.38mm/s

phase.png

timestep 412/600

energy: 27,678μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 1.9e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.38mm/s

phase.png

timestep 413/600

energy: 27,666μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.9e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.38mm/s

phase.png

timestep 414/600

energy: 27,655μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 2.0e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.39mm/s

phase.png

timestep 415/600

energy: 27,643μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 2.0e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.39mm/s

phase.png

timestep 416/600

energy: 27,631μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 2.1e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.40mm/s

phase.png

timestep 417/600

energy: 27,619μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 2.1e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.40mm/s

phase.png

timestep 418/600

energy: 27,607μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 2.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.40mm/s

phase.png

timestep 419/600

energy: 27,595μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 2.2e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.41mm/s

phase.png

timestep 420/600

energy: 27,583μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 2.3e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.41mm/s

phase.png

timestep 421/600

energy: 27,571μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 2.3e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.42mm/s

phase.png

timestep 422/600

energy: 27,559μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.3e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 2.4e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.42mm/s

phase.png

timestep 423/600

energy: 27,547μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 2.4e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.42mm/s

phase.png

timestep 424/600

energy: 27,535μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 2.4e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.43mm/s

phase.png

timestep 425/600

energy: 27,523μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 2.5e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.43mm/s

phase.png

timestep 426/600

energy: 27,511μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 2.5e-02 (100%)

optimal value: 2.8e+07

largest flux: 0.44mm/s

phase.png

timestep 427/600

energy: 27,499μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 2.6e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.44mm/s

phase.png

timestep 428/600

energy: 27,487μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 2.6e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.44mm/s

phase.png

timestep 429/600

energy: 27,475μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 2.6e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.45mm/s

phase.png

timestep 430/600

energy: 27,463μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 2.7e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.45mm/s

phase.png

timestep 431/600

energy: 27,451μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 2.7e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.46mm/s

phase.png

timestep 432/600

energy: 27,439μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 2.7e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.46mm/s

phase.png

timestep 433/600

energy: 27,427μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 2.8e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.46mm/s

phase.png

timestep 434/600

energy: 27,415μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 2.8e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.47mm/s

phase.png

timestep 435/600

energy: 27,403μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 6e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 2.8e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.47mm/s

phase.png

timestep 436/600

energy: 27,391μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 2.9e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.47mm/s

phase.png

timestep 437/600

energy: 27,379μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 2.9e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.48mm/s

phase.png

timestep 438/600

energy: 27,367μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 2.9e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.48mm/s

phase.png

timestep 439/600

energy: 27,355μJ/m (37% mixture, 35% interface, 27% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 3.0e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.48mm/s

phase.png

timestep 440/600

energy: 27,343μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 3.0e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.49mm/s

phase.png

timestep 441/600

energy: 27,331μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 3.1e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.49mm/s

phase.png

timestep 442/600

energy: 27,319μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.4e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 3.1e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.50mm/s

phase.png

timestep 443/600

energy: 27,307μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.4e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 3.2e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.50mm/s

phase.png

timestep 444/600

energy: 27,295μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.4e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 3.2e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.50mm/s

phase.png

timestep 445/600

energy: 27,283μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.4e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 3.3e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.51mm/s

phase.png

timestep 446/600

energy: 27,271μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.4e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 3.4e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.51mm/s

phase.png

timestep 447/600

energy: 27,259μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.4e+02 (46%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 3.5e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.52mm/s

phase.png

timestep 448/600

energy: 27,247μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.4e+02 (46%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 3.5e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.52mm/s

phase.png

timestep 449/600

energy: 27,235μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.4e+02 (46%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 3.6e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.52mm/s

phase.png

timestep 450/600

energy: 27,223μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.4e+02 (46%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 3.7e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.53mm/s

phase.png

timestep 451/600

energy: 27,211μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.4e+02 (46%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 3.8e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.53mm/s

phase.png

timestep 452/600

energy: 27,199μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.4e+02 (46%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 4.0e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.54mm/s

phase.png

timestep 453/600

energy: 27,187μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.4e+02 (46%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 4.1e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.54mm/s

phase.png

timestep 454/600

energy: 27,175μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 7e-11

residual norm: 1.5e+02 (46%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 4.2e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.55mm/s

phase.png

timestep 455/600

energy: 27,163μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.5e+02 (46%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 4.4e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.56mm/s

phase.png

timestep 456/600

energy: 27,150μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.5e+02 (46%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 4.5e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.56mm/s

phase.png

timestep 457/600

energy: 27,138μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.5e+02 (46%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 4.7e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.57mm/s

phase.png

timestep 458/600

energy: 27,126μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.5e+02 (45%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 4.8e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.57mm/s

phase.png

timestep 459/600

energy: 27,114μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.5e+02 (45%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 5.0e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.58mm/s

phase.png

timestep 460/600

energy: 27,102μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.6e+02 (45%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 5.2e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.58mm/s

phase.png

timestep 461/600

energy: 27,089μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.6e+02 (45%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 5.4e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.59mm/s

phase.png

timestep 462/600

energy: 27,077μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 5e-11

residual norm: 1.6e+02 (45%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 5.6e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.59mm/s

phase.png

timestep 463/600

energy: 27,065μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.6e+02 (45%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 5.7e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.60mm/s

phase.png

timestep 464/600

energy: 27,052μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.6e+02 (45%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 5.9e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.60mm/s

phase.png

timestep 465/600

energy: 27,040μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.6e+02 (45%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 6.1e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.60mm/s

phase.png

timestep 466/600

energy: 27,028μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.7e+02 (45%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 6.3e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.60mm/s

phase.png

timestep 467/600

energy: 27,015μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.7e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 6.5e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.60mm/s

phase.png

timestep 468/600

energy: 27,003μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.7e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 6.7e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.60mm/s

phase.png

timestep 469/600

energy: 26,990μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.7e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 6.9e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.60mm/s

phase.png

timestep 470/600

energy: 26,978μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 4e-11

residual norm: 1.7e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 7.1e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.60mm/s

phase.png

timestep 471/600

energy: 26,965μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.8e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 7.3e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.60mm/s

phase.png

timestep 472/600

energy: 26,953μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.8e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 7.4e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.60mm/s

phase.png

timestep 473/600

energy: 26,940μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.8e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 7.6e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.61mm/s

phase.png

timestep 474/600

energy: 26,927μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.8e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 7.8e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.62mm/s

phase.png

timestep 475/600

energy: 26,915μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.8e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 7.9e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.62mm/s

phase.png

timestep 476/600

energy: 26,902μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.8e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 8.1e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.63mm/s

phase.png

timestep 477/600

energy: 26,889μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.8e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 8.3e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.63mm/s

phase.png

timestep 478/600

energy: 26,877μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.9e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 8.4e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.64mm/s

phase.png

timestep 479/600

energy: 26,864μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.9e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 8.6e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.65mm/s

phase.png

timestep 480/600

energy: 26,851μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.9e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 8.7e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.65mm/s

phase.png

timestep 481/600

energy: 26,839μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.9e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 8.9e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.66mm/s

phase.png

timestep 482/600

energy: 26,826μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.9e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 9.1e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.66mm/s

phase.png

timestep 483/600

energy: 26,813μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.9e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 9.2e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.67mm/s

phase.png

timestep 484/600

energy: 26,800μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 1.9e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 9.4e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.67mm/s

phase.png

timestep 485/600

energy: 26,788μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.0e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 9.6e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.68mm/s

phase.png

timestep 486/600

energy: 26,775μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.0e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 9.7e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.68mm/s

phase.png

timestep 487/600

energy: 26,762μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.0e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.0 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 9.9e-02 (100%)

optimal value: 2.7e+07

largest flux: 0.68mm/s

phase.png

timestep 488/600

energy: 26,749μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.0e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 1.0e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.69mm/s

phase.png

timestep 489/600

energy: 26,737μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.0e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.0e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.69mm/s

phase.png

timestep 490/600

energy: 26,724μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.0e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.0e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.69mm/s

phase.png

timestep 491/600

energy: 26,711μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.1e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.1e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.69mm/s

phase.png

timestep 492/600

energy: 26,698μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.1e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.1e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.69mm/s

phase.png

timestep 493/600

energy: 26,686μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.1e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.1e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.69mm/s

phase.png

timestep 494/600

energy: 26,673μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.1e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.1 orders using 0 krylov vectors

solver returned with residual 2e-12

residual norm: 1.1e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.69mm/s

phase.png

timestep 495/600

energy: 26,660μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.1e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.1e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.69mm/s

phase.png

timestep 496/600

energy: 26,647μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.1e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.2e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.68mm/s

phase.png

timestep 497/600

energy: 26,634μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.1e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.2e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.68mm/s

phase.png

timestep 498/600

energy: 26,622μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.2e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.2e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.67mm/s

phase.png

timestep 499/600

energy: 26,609μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.2e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.2e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.67mm/s

phase.png

timestep 500/600

energy: 26,596μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 3e-11

residual norm: 2.2e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.2e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.68mm/s

phase.png

timestep 501/600

energy: 26,583μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.2e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.2e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.68mm/s

phase.png

timestep 502/600

energy: 26,571μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.2e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.3e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.69mm/s

phase.png

timestep 503/600

energy: 26,558μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.2e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.3e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.69mm/s

phase.png

timestep 504/600

energy: 26,545μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.3e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.70mm/s

phase.png

timestep 505/600

energy: 26,532μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.2 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.3e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.70mm/s

phase.png

timestep 506/600

energy: 26,520μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.3e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.71mm/s

phase.png

timestep 507/600

energy: 26,507μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.3e-01 (100%)

optimal value: 2.7e+07

largest flux: 0.71mm/s

phase.png

timestep 508/600

energy: 26,494μJ/m (37% mixture, 35% interface, 28% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.71mm/s

phase.png

timestep 509/600

energy: 26,481μJ/m (37% mixture, 35% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.72mm/s

phase.png

timestep 510/600

energy: 26,469μJ/m (37% mixture, 35% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.72mm/s

phase.png

timestep 511/600

energy: 26,456μJ/m (37% mixture, 35% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.72mm/s

phase.png

timestep 512/600

energy: 26,443μJ/m (37% mixture, 35% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.72mm/s

phase.png

timestep 513/600

energy: 26,431μJ/m (37% mixture, 35% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.72mm/s

phase.png

timestep 514/600

energy: 26,418μJ/m (37% mixture, 35% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.72mm/s

phase.png

timestep 515/600

energy: 26,405μJ/m (37% mixture, 35% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.3 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.72mm/s

phase.png

timestep 516/600

energy: 26,393μJ/m (37% mixture, 35% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.72mm/s

phase.png

timestep 517/600

energy: 26,380μJ/m (37% mixture, 35% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.71mm/s

phase.png

timestep 518/600

energy: 26,368μJ/m (37% mixture, 35% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.71mm/s

phase.png

timestep 519/600

energy: 26,355μJ/m (37% mixture, 35% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.70mm/s

phase.png

timestep 520/600

energy: 26,343μJ/m (37% mixture, 35% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.69mm/s

phase.png

timestep 521/600

energy: 26,330μJ/m (37% mixture, 35% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.68mm/s

phase.png

timestep 522/600

energy: 26,318μJ/m (37% mixture, 35% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.67mm/s

phase.png

timestep 523/600

energy: 26,306μJ/m (37% mixture, 35% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.65mm/s

phase.png

timestep 524/600

energy: 26,293μJ/m (37% mixture, 35% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.65mm/s

phase.png

timestep 525/600

energy: 26,281μJ/m (37% mixture, 35% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 1e-12

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.66mm/s

phase.png

timestep 526/600

energy: 26,269μJ/m (37% mixture, 35% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.66mm/s

phase.png

timestep 527/600

energy: 26,256μJ/m (37% mixture, 35% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.66mm/s

phase.png

timestep 528/600

energy: 26,244μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.66mm/s

phase.png

timestep 529/600

energy: 26,232μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.4 orders using 0 krylov vectors

solver returned with residual 9e-13

residual norm: 1.4e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.66mm/s

phase.png

timestep 530/600

energy: 26,220μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 1.3e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.66mm/s

phase.png

timestep 531/600

energy: 26,208μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 1.3e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.66mm/s

phase.png

timestep 532/600

energy: 26,196μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 1.3e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.66mm/s

phase.png

timestep 533/600

energy: 26,184μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.3e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.66mm/s

phase.png

timestep 534/600

energy: 26,173μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 8e-13

residual norm: 1.3e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.66mm/s

phase.png

timestep 535/600

energy: 26,161μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.4e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.2e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.66mm/s

phase.png

timestep 536/600

energy: 26,149μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.2e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.66mm/s

phase.png

timestep 537/600

energy: 26,137μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.2e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.65mm/s

phase.png

timestep 538/600

energy: 26,126μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.2e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.65mm/s

phase.png

timestep 539/600

energy: 26,114μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (41%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 1.2e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.65mm/s

phase.png

timestep 540/600

energy: 26,103μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.5 orders using 0 krylov vectors

solver returned with residual 7e-13

residual norm: 1.1e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.64mm/s

phase.png

timestep 541/600

energy: 26,092μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 1.1e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.63mm/s

phase.png

timestep 542/600

energy: 26,080μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.3e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.1e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.63mm/s

phase.png

timestep 543/600

energy: 26,069μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.2e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 1.1e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.62mm/s

phase.png

timestep 544/600

energy: 26,058μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.2e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 1.0e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.61mm/s

phase.png

timestep 545/600

energy: 26,047μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.2e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 1.0e-01 (100%)

optimal value: 2.6e+07

largest flux: 0.60mm/s

phase.png

timestep 546/600

energy: 26,036μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.2e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 9.7e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.59mm/s

phase.png

timestep 547/600

energy: 26,025μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.2e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 6e-13

residual norm: 9.4e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.57mm/s

phase.png

timestep 548/600

energy: 26,014μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.1e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 9.2e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.56mm/s

phase.png

timestep 549/600

energy: 26,003μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.1e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 8.9e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.55mm/s

phase.png

timestep 550/600

energy: 25,992μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.1e+02 (42%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 8.6e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.53mm/s

phase.png

timestep 551/600

energy: 25,982μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 2.1e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 8.3e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.52mm/s

phase.png

timestep 552/600

energy: 25,971μJ/m (37% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.0e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 8.1e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.51mm/s

phase.png

timestep 553/600

energy: 25,961μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 2.0e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 7.8e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.50mm/s

phase.png

timestep 554/600

energy: 25,950μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 2.0e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 7.5e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.50mm/s

phase.png

timestep 555/600

energy: 25,940μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.1e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 2.0e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 7.3e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.50mm/s

phase.png

timestep 556/600

energy: 25,930μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.9e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 5e-13

residual norm: 7.0e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.50mm/s

phase.png

timestep 557/600

energy: 25,919μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.9e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 6.8e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.49mm/s

phase.png

timestep 558/600

energy: 25,909μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.9e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 6.5e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.49mm/s

phase.png

timestep 559/600

energy: 25,899μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.9e+02 (43%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 6.3e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.49mm/s

phase.png

timestep 560/600

energy: 25,889μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.8e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 6.0e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.49mm/s

phase.png

timestep 561/600

energy: 25,880μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.8e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.6 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 5.8e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.48mm/s

phase.png

timestep 562/600

energy: 25,870μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.8e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 5.6e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.48mm/s

phase.png

timestep 563/600

energy: 25,860μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-11

residual norm: 1.8e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 5.3e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.47mm/s

phase.png

timestep 564/600

energy: 25,850μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.7e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 5.1e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.47mm/s

phase.png

timestep 565/600

energy: 25,841μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.7e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 4.9e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.47mm/s

phase.png

timestep 566/600

energy: 25,831μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.7e+02 (44%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 4.7e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.46mm/s

phase.png

timestep 567/600

energy: 25,822μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.7e+02 (45%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 4.5e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.46mm/s

phase.png

timestep 568/600

energy: 25,813μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.6e+02 (45%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 4.3e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.45mm/s

phase.png

timestep 569/600

energy: 25,804μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 1.0e+04

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.6e+02 (45%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 4.1e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.45mm/s

phase.png

timestep 570/600

energy: 25,794μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.9e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.6e+02 (45%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 4e-13

residual norm: 4.0e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.44mm/s

phase.png

timestep 571/600

energy: 25,785μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.9e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.6e+02 (45%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 3.8e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.44mm/s

phase.png

timestep 572/600

energy: 25,776μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.9e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.5e+02 (45%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 3.6e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.43mm/s

phase.png

timestep 573/600

energy: 25,767μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.8e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.5e+02 (45%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 3.5e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.43mm/s

phase.png

timestep 574/600

energy: 25,759μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.8e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.5e+02 (46%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 3.3e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.42mm/s

phase.png

timestep 575/600

energy: 25,750μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.7e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.5e+02 (46%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 3.2e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.41mm/s

phase.png

timestep 576/600

energy: 25,741μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.7e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.4e+02 (46%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 3.0e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.41mm/s

phase.png

timestep 577/600

energy: 25,732μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.6e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.4e+02 (46%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 2.9e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.40mm/s

phase.png

timestep 578/600

energy: 25,724μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.6e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.4e+02 (46%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 2.7e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.39mm/s

phase.png

timestep 579/600

energy: 25,715μJ/m (36% mixture, 34% interface, 29% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.6e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.4e+02 (46%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 3e-13

residual norm: 2.6e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.39mm/s

phase.png

timestep 580/600

energy: 25,707μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.5e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 2.5e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.38mm/s

phase.png

timestep 581/600

energy: 25,699μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.5e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 2.4e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.37mm/s

phase.png

timestep 582/600

energy: 25,690μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.4e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.7 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 2.3e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.36mm/s

phase.png

timestep 583/600

energy: 25,682μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.4e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.3e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 2.2e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.36mm/s

phase.png

timestep 584/600

energy: 25,674μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.3e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.2e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 2.1e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.35mm/s

phase.png

timestep 585/600

energy: 25,666μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.3e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.2e+02 (47%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 2.0e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.34mm/s

phase.png

timestep 586/600

energy: 25,658μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.3e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 1.9e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.33mm/s

phase.png

timestep 587/600

energy: 25,650μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.2e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 1.8e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.33mm/s

phase.png

timestep 588/600

energy: 25,642μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.2e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.2e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 1.7e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.32mm/s

phase.png

timestep 589/600

energy: 25,634μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.1e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.1e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 1.6e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.32mm/s

phase.png

timestep 590/600

energy: 25,626μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.1e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.1e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 1.6e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.31mm/s

phase.png

timestep 591/600

energy: 25,618μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.0e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.1e+02 (48%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 1.5e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.31mm/s

phase.png

timestep 592/600

energy: 25,611μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.0e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.1e+02 (49%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 1.4e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.30mm/s

phase.png

timestep 593/600

energy: 25,603μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 9.0e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.1e+02 (49%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.30mm/s

phase.png

timestep 594/600

energy: 25,595μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.9e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.0e+02 (49%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 1.3e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.30mm/s

phase.png

timestep 595/600

energy: 25,588μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.9e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.0e+02 (49%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.29mm/s

phase.png

timestep 596/600

energy: 25,580μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.9e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 1.0e+02 (49%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 2e-13

residual norm: 1.2e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.29mm/s

phase.png

timestep 597/600

energy: 25,573μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.8e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 9e-12

residual norm: 1.0e+02 (49%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-13

residual norm: 1.1e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.29mm/s

phase.png

timestep 598/600

energy: 25,565μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.8e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 9.8e+01 (50%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-13

residual norm: 1.1e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.28mm/s

phase.png

timestep 599/600

energy: 25,558μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.7e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 9e-12

residual norm: 9.6e+01 (50%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.9 orders using 0 krylov vectors

solver returned with residual 1e-13

residual norm: 1.0e-02 (100%)

optimal value: 2.6e+07

largest flux: 0.28mm/s

phase.png

timestep 600/600

energy: 25,551μJ/m (36% mixture, 34% interface, 30% wall)

solve

optimizing for argument φ (10201) and η (10201) using newton method

iter 0

residual norm: 8.7e+03

iter 1

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 15.0 orders using 0 krylov vectors

solver returned with residual 1e-11

residual norm: 9.5e+01 (50%)

iter 2

solving 20402 dof system to tolerance 1e+00 using arnoldi solver

constructing symmetric direct preconditioner

peak memory use 23,808k

residual decreased by 14.8 orders using 0 krylov vectors

solver returned with residual 1e-13

residual norm: 9.7e-03 (100%)

optimal value: 2.6e+07

largest flux: 0.28mm/s

phase.png

finish 2025-04-09 22:13:35, elapsed 43:49