NUTILS 8.1 "Idiyappam"

arguments

L=508

R=2540

t=12.7

α=0.1

E=3102.75

ν=0.3

P=-3000

nelems=10

degree=3

nincs=31

dL=0.1

psi=0.0004

start 2023-08-15 02:16:54

NutilsDeprecationWarning: function.inverse is deprecated; use numpy.linalg.inv instead In /usr/local/lib/python3.11/dist-packages/nutils/function.py:1226

optimize

constrained 64/507 dofs

optimum value 0.00e+00

increment 1/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 7e-02 using arnoldi solver

constructing direct preconditioner

peak memory use 3,113k

residual decreased by 9.5 orders using 0 krylov vectors

solver returned with residual 2e-08

estimated residual minimum at 98% of update vector

update accepted at relaxation 1.0

iter 2 (10%)

solve

solving 470 dof system to tolerance 8e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 10.8 orders using 0 krylov vectors

solver returned with residual 1e-10

estimated residual minimum at 102% of update vector

update accepted at relaxation 0.98031

iter 3 (27%)

solve

solving 470 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 10.2 orders using 0 krylov vectors

solver returned with residual 1e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 4 (68%)

solve

solving 470 dof system to tolerance 1e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 8.6 orders using 0 krylov vectors

solver returned with residual 4e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 4 iterations to residual 2.2e-10

Load factor: 0.10, displacement: 0.74

MatplotlibDeprecationWarning: Unable to determine Axes to steal space for Colorbar. Using gca(), but will raise in the future. Either provide the *cax* argument to use as the Axes for the Colorbar, provide the *ax* argument to steal space from it, or add *mappable* to an Axes. In /app/KL-shell.py:223

strain_energy.png

load_path.png

increment 2/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 5e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.6 orders using 0 krylov vectors

solver returned with residual 1e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 470 dof system to tolerance 4e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 10.4 orders using 0 krylov vectors

solver returned with residual 2e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (84%)

solve

solving 470 dof system to tolerance 5e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 8.1 orders using 0 krylov vectors

solver returned with residual 5e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

converged in 3 iterations to residual 1.8e-10

Load factor: 0.19, displacement: 1.53

strain_energy.png

load_path.png

increment 3/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 5e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.8 orders using 0 krylov vectors

solver returned with residual 9e-10

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 470 dof system to tolerance 6e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 10.1 orders using 0 krylov vectors

solver returned with residual 5e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (79%)

solve

solving 470 dof system to tolerance 2e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 8.7 orders using 0 krylov vectors

solver returned with residual 3e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.0e-10

Load factor: 0.28, displacement: 2.38

strain_energy.png

load_path.png

increment 4/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 5e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.3 orders using 0 krylov vectors

solver returned with residual 3e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (35%)

solve

solving 470 dof system to tolerance 9e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.9 orders using 0 krylov vectors

solver returned with residual 1e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (74%)

solve

solving 470 dof system to tolerance 6e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.0 orders using 0 krylov vectors

solver returned with residual 7e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 1.9e-10

Load factor: 0.37, displacement: 3.31

strain_energy.png

load_path.png

increment 5/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 6e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.4 orders using 0 krylov vectors

solver returned with residual 2e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 470 dof system to tolerance 1e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.2 orders using 0 krylov vectors

solver returned with residual 1e-10

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (68%)

solve

solving 470 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 8.7 orders using 0 krylov vectors

solver returned with residual 6e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.0e-10

Load factor: 0.46, displacement: 4.32

strain_energy.png

load_path.png

increment 6/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 6e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 10.9 orders using 0 krylov vectors

solver returned with residual 8e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (31%)

solve

solving 470 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.6 orders using 0 krylov vectors

solver returned with residual 6e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (62%)

solve

solving 470 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.1 orders using 0 krylov vectors

solver returned with residual 9e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 6.7e-10

Load factor: 0.55, displacement: 5.45

strain_energy.png

load_path.png

increment 7/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 6e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 10.9 orders using 0 krylov vectors

solver returned with residual 8e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (29%)

solve

solving 470 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.6 orders using 0 krylov vectors

solver returned with residual 1e-10

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (55%)

solve

solving 470 dof system to tolerance 8e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 8.8 orders using 0 krylov vectors

solver returned with residual 1e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 4 (99%)

solve

solving 470 dof system to tolerance 1e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 8.9 orders using 0 krylov vectors

solver returned with residual 2e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 4 iterations to residual 1.9e-10

Load factor: 0.63, displacement: 6.71

strain_energy.png

load_path.png

increment 8/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 6e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.5 orders using 0 krylov vectors

solver returned with residual 2e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (26%)

solve

solving 470 dof system to tolerance 9e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.4 orders using 0 krylov vectors

solver returned with residual 4e-10

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (47%)

solve

solving 470 dof system to tolerance 6e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.2 orders using 0 krylov vectors

solver returned with residual 4e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 4 (85%)

solve

solving 470 dof system to tolerance 5e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.1 orders using 0 krylov vectors

solver returned with residual 4e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 4 iterations to residual 2.0e-10

Load factor: 0.69, displacement: 8.13

strain_energy.png

load_path.png

increment 9/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 6e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.2 orders using 0 krylov vectors

solver returned with residual 4e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (23%)

solve

solving 470 dof system to tolerance 2e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.0 orders using 0 krylov vectors

solver returned with residual 2e-09

estimated residual minimum at 101% of update vector

update accepted at relaxation 1

iter 3 (38%)

solve

solving 470 dof system to tolerance 5e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.2 orders using 0 krylov vectors

solver returned with residual 3e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 4 (70%)

solve

solving 470 dof system to tolerance 2e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.0 orders using 0 krylov vectors

solver returned with residual 2e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 4 iterations to residual 2.1e-10

Load factor: 0.73, displacement: 9.68

strain_energy.png

load_path.png

increment 10/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 6e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.3 orders using 0 krylov vectors

solver returned with residual 3e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 470 dof system to tolerance 4e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.2 orders using 0 krylov vectors

solver returned with residual 2e-09

estimated residual minimum at 102% of update vector

update accepted at relaxation 1

iter 3 (32%)

solve

solving 470 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.8 orders using 0 krylov vectors

solver returned with residual 4e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 4 (58%)

solve

solving 470 dof system to tolerance 3e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.5 orders using 0 krylov vectors

solver returned with residual 1e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 4 iterations to residual 7.2e-10

Load factor: 0.74, displacement: 11.19

strain_energy.png

load_path.png

increment 11/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 5e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.1 orders using 0 krylov vectors

solver returned with residual 4e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (20%)

solve

solving 470 dof system to tolerance 4e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.5 orders using 0 krylov vectors

solver returned with residual 1e-09

estimated residual minimum at 101% of update vector

update accepted at relaxation 0.99999

iter 3 (32%)

solve

solving 470 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.6 orders using 0 krylov vectors

solver returned with residual 5e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 4 (59%)

solve

solving 470 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.4 orders using 0 krylov vectors

solver returned with residual 9e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 4 iterations to residual 3.8e-10

Load factor: 0.71, displacement: 12.45

strain_energy.png

load_path.png

increment 12/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 4e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 10.6 orders using 0 krylov vectors

solver returned with residual 9e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (21%)

solve

solving 470 dof system to tolerance 2e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.4 orders using 0 krylov vectors

solver returned with residual 9e-10

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (38%)

solve

solving 470 dof system to tolerance 4e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.7 orders using 0 krylov vectors

solver returned with residual 7e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 4 (72%)

solve

solving 470 dof system to tolerance 1e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.2 orders using 0 krylov vectors

solver returned with residual 7e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 4 iterations to residual 2.0e-10

Load factor: 0.66, displacement: 13.43

strain_energy.png

load_path.png

increment 13/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 3e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 10.7 orders using 0 krylov vectors

solver returned with residual 7e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (24%)

solve

solving 470 dof system to tolerance 9e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.4 orders using 0 krylov vectors

solver returned with residual 3e-10

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (47%)

solve

solving 470 dof system to tolerance 4e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.3 orders using 0 krylov vectors

solver returned with residual 2e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 4 (88%)

solve

solving 470 dof system to tolerance 2e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.5 orders using 0 krylov vectors

solver returned with residual 6e-17

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 4 iterations to residual 2.0e-10

Load factor: 0.60, displacement: 14.20

strain_energy.png

load_path.png

increment 14/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 3e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.3 orders using 0 krylov vectors

solver returned with residual 2e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (28%)

solve

solving 470 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 10.1 orders using 0 krylov vectors

solver returned with residual 4e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (56%)

solve

solving 470 dof system to tolerance 4e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.2 orders using 0 krylov vectors

solver returned with residual 3e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.2e-09

Load factor: 0.54, displacement: 14.84

strain_energy.png

load_path.png

increment 15/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 4e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.2 orders using 0 krylov vectors

solver returned with residual 2e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (32%)

solve

solving 470 dof system to tolerance 1e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.7 orders using 0 krylov vectors

solver returned with residual 3e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (67%)

solve

solving 470 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.7 orders using 0 krylov vectors

solver returned with residual 6e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99997

converged in 3 iterations to residual 1.0e-09

Load factor: 0.47, displacement: 15.40

strain_energy.png

load_path.png

increment 16/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 4e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.5 orders using 0 krylov vectors

solver returned with residual 1e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 470 dof system to tolerance 4e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.6 orders using 0 krylov vectors

solver returned with residual 1e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (75%)

solve

solving 470 dof system to tolerance 4e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 10.5 orders using 0 krylov vectors

solver returned with residual 1e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.0e-10

Load factor: 0.40, displacement: 15.93

strain_energy.png

load_path.png

increment 17/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 4e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.7 orders using 0 krylov vectors

solver returned with residual 8e-10

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (37%)

solve

solving 470 dof system to tolerance 4e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.9 orders using 0 krylov vectors

solver returned with residual 5e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (73%)

solve

solving 470 dof system to tolerance 7e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.7 orders using 0 krylov vectors

solver returned with residual 1e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99999

converged in 3 iterations to residual 2.1e-10

Load factor: 0.33, displacement: 16.49

strain_energy.png

load_path.png

increment 18/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 4e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.3 orders using 0 krylov vectors

solver returned with residual 2e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (32%)

solve

solving 470 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.9 orders using 0 krylov vectors

solver returned with residual 2e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (59%)

solve

solving 470 dof system to tolerance 2e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.9 orders using 0 krylov vectors

solver returned with residual 3e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.9e-10

Load factor: 0.26, displacement: 17.12

strain_energy.png

load_path.png

increment 19/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 3e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.0 orders using 0 krylov vectors

solver returned with residual 3e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (27%)

solve

solving 470 dof system to tolerance 5e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.7 orders using 0 krylov vectors

solver returned with residual 9e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (48%)

solve

solving 470 dof system to tolerance 3e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.9 orders using 0 krylov vectors

solver returned with residual 4e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 4 (94%)

solve

solving 470 dof system to tolerance 5e-11 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.8 orders using 0 krylov vectors

solver returned with residual 7e-18

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 4 iterations to residual 2.1e-10

Load factor: 0.21, displacement: 17.91

strain_energy.png

load_path.png

increment 20/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 3e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 10.5 orders using 0 krylov vectors

solver returned with residual 9e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (22%)

solve

solving 470 dof system to tolerance 1e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 8.9 orders using 0 krylov vectors

solver returned with residual 2e-09

estimated residual minimum at 101% of update vector

update accepted at relaxation 1

iter 3 (37%)

solve

solving 470 dof system to tolerance 4e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.4 orders using 0 krylov vectors

solver returned with residual 2e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 4 (71%)

solve

solving 470 dof system to tolerance 1e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.7 orders using 0 krylov vectors

solver returned with residual 2e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 4 iterations to residual 2.0e-10

Load factor: 0.17, displacement: 18.97

strain_energy.png

load_path.png

increment 21/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 3e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 10.6 orders using 0 krylov vectors

solver returned with residual 7e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (18%)

solve

solving 470 dof system to tolerance 3e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.1 orders using 0 krylov vectors

solver returned with residual 3e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (27%)

solve

solving 470 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.5 orders using 0 krylov vectors

solver returned with residual 1e-10

estimated residual minimum at 100% of update vector

update accepted at relaxation 0.99978

iter 4 (51%)

solve

solving 470 dof system to tolerance 1e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.4 orders using 0 krylov vectors

solver returned with residual 6e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 4 iterations to residual 9.7e-09

Load factor: 0.18, displacement: 20.32

strain_energy.png

load_path.png

increment 22/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 3e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 10.9 orders using 0 krylov vectors

solver returned with residual 4e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (19%)

solve

solving 470 dof system to tolerance 4e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.2 orders using 0 krylov vectors

solver returned with residual 2e-09

estimated residual minimum at 98% of update vector

update accepted at relaxation 1

iter 3 (28%)

solve

solving 470 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.0 orders using 0 krylov vectors

solver returned with residual 4e-10

estimated residual minimum at 102% of update vector

update accepted at relaxation 0.98159

iter 4 (43%)

solve

solving 470 dof system to tolerance 1e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.4 orders using 0 krylov vectors

solver returned with residual 4e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 5 (80%)

solve

solving 470 dof system to tolerance 1e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.1 orders using 0 krylov vectors

solver returned with residual 9e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 5 iterations to residual 2.2e-10

Load factor: 0.23, displacement: 21.69

strain_energy.png

load_path.png

increment 23/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 4e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.0 orders using 0 krylov vectors

solver returned with residual 4e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (22%)

solve

solving 470 dof system to tolerance 2e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.1 orders using 0 krylov vectors

solver returned with residual 2e-09

estimated residual minimum at 102% of update vector

update accepted at relaxation 1

iter 3 (37%)

solve

solving 470 dof system to tolerance 6e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 8.8 orders using 0 krylov vectors

solver returned with residual 8e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 4 (66%)

solve

solving 470 dof system to tolerance 4e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.3 orders using 0 krylov vectors

solver returned with residual 2e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 4 iterations to residual 2.3e-10

Load factor: 0.30, displacement: 22.89

strain_energy.png

load_path.png

increment 24/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 5e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.2 orders using 0 krylov vectors

solver returned with residual 3e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (25%)

solve

solving 470 dof system to tolerance 1e-03 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.4 orders using 0 krylov vectors

solver returned with residual 4e-10

estimated residual minimum at 101% of update vector

update accepted at relaxation 1

iter 3 (46%)

solve

solving 470 dof system to tolerance 6e-06 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.0 orders using 0 krylov vectors

solver returned with residual 6e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 4 (86%)

solve

solving 470 dof system to tolerance 3e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.2 orders using 0 krylov vectors

solver returned with residual 2e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 4 iterations to residual 2.1e-10

Load factor: 0.38, displacement: 23.93

strain_energy.png

load_path.png

increment 25/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 5e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.5 orders using 0 krylov vectors

solver returned with residual 2e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (29%)

solve

solving 470 dof system to tolerance 4e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.4 orders using 0 krylov vectors

solver returned with residual 2e-10

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (54%)

solve

solving 470 dof system to tolerance 8e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.2 orders using 0 krylov vectors

solver returned with residual 5e-13

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 4.5e-09

Load factor: 0.47, displacement: 24.85

strain_energy.png

load_path.png

increment 26/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 5e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.4 orders using 0 krylov vectors

solver returned with residual 2e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (32%)

solve

solving 470 dof system to tolerance 2e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.4 orders using 0 krylov vectors

solver returned with residual 8e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (61%)

solve

solving 470 dof system to tolerance 1e-07 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.2 orders using 0 krylov vectors

solver returned with residual 8e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.6e-10

Load factor: 0.56, displacement: 25.67

strain_energy.png

load_path.png

increment 27/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 4e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.5 orders using 0 krylov vectors

solver returned with residual 1e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (34%)

solve

solving 470 dof system to tolerance 1e-04 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.3 orders using 0 krylov vectors

solver returned with residual 5e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (67%)

solve

solving 470 dof system to tolerance 3e-08 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.2 orders using 0 krylov vectors

solver returned with residual 2e-14

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.4e-10

Load factor: 0.65, displacement: 26.42

strain_energy.png

load_path.png

increment 28/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 4e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.5 orders using 0 krylov vectors

solver returned with residual 1e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (36%)

solve

solving 470 dof system to tolerance 6e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.2 orders using 0 krylov vectors

solver returned with residual 3e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (72%)

solve

solving 470 dof system to tolerance 9e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.0 orders using 0 krylov vectors

solver returned with residual 9e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.5e-10

Load factor: 0.75, displacement: 27.11

strain_energy.png

load_path.png

increment 29/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 4e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.9 orders using 0 krylov vectors

solver returned with residual 5e-10

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (38%)

solve

solving 470 dof system to tolerance 4e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.2 orders using 0 krylov vectors

solver returned with residual 2e-11

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (76%)

solve

solving 470 dof system to tolerance 3e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 8.9 orders using 0 krylov vectors

solver returned with residual 4e-15

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.5e-10

Load factor: 0.84, displacement: 27.76

strain_energy.png

load_path.png

increment 30/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 4e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.5 orders using 0 krylov vectors

solver returned with residual 1e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (40%)

solve

solving 470 dof system to tolerance 2e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.8 orders using 0 krylov vectors

solver returned with residual 4e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (80%)

solve

solving 470 dof system to tolerance 1e-09 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.2 orders using 0 krylov vectors

solver returned with residual 8e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.3e-10

Load factor: 0.94, displacement: 28.36

strain_energy.png

load_path.png

increment 31/31

newton

iter 1 (0%)

solve

solving 470 dof system to tolerance 4e-01 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 11.6 orders using 0 krylov vectors

solver returned with residual 1e-09

estimated residual minimum at 100% of update vector

update accepted at relaxation 1.0

iter 2 (41%)

solve

solving 470 dof system to tolerance 2e-05 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.9 orders using 0 krylov vectors

solver returned with residual 2e-12

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

iter 3 (84%)

solve

solving 470 dof system to tolerance 5e-10 using arnoldi solver

constructing direct preconditioner

peak memory use 3,140k

residual decreased by 9.5 orders using 0 krylov vectors

solver returned with residual 2e-16

estimated residual minimum at 100% of update vector

update accepted at relaxation 1

converged in 3 iterations to residual 2.3e-10

Load factor: 1.04, displacement: 28.94

strain_energy.png

load_path.png

load_path.dat

finish 2023-08-15 02:37:17, elapsed 20:23