Trilinos based (stochastic) FEM solvers
run.m
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1 clc
2 clear all
3 close all
4 
5 mesh = readgmsh('rubberblock.msh');
6 p = mesh.POS;
7 t = mesh.HEXAS;
8 
9 u = load('u.mtx');
10 e = load('e22.mtx');
11 s = load('sig22.mtx');
12 pdef = p/1000 + [u(1:3:end), u(2:3:end), u(3:3:end)];
13 writevtk('rubberblock.vtk',pdef,t(:,1:8),[],[],[u(1:3:end), u(2:3:end), u(3:3:end)],[s,e]);
s
Definition: run.m:11
u
Definition: run.m:9
load('/home/s/staber/Trilinos_results/nrl/data/eij.mat')
p
Definition: run.m:6
writevtk('rubberblock.vtk', pdef, t(:, 1:8), [], [], [u(1:3:end), u(2:3:end), u(3:3:end)], [s, e])
Definition: meshpp.hpp:49
pdef
Definition: run.m:12
e
Definition: run.m:10
t
Definition: run.m:7