Mechanics Postprocessing
Module: devtests.mechanics.postprocess.run
Section author: Andrew Crozier <andrew.crozier@medunigraz.at> and Christoph Augustin <christoph.augustin@medunigraz.at>
This example shows the use of the mechanics postprocessing routines. A simple deformation experiment is run and CARP is invoked a second time to recalculate the material stresses from the deformations calculated in the first output.
The simulation applies a simple uniaxial strain to a unit cube:
The uniaxial strain simulation constrains the ,
and
surfaces to lie in those planes, and applies a deformation on the
surface to
.
Test mechanics postprocessing output matches main simulation output.
Tags: FAST SERIAL MECHANICS POSTPROCESS
Checks:
Last run: 2023-12-06 01:31:27.240024, revision {‘base’: ‘f172baea’}, dependency revisions {PT_C: 31642c1e,cvsys: 69164767,eikonal: 5fbbfda3,elasticity: edfdcbb3}
Runtime: 0:00:00.754923
ALL PASSED
PASS overwrite_compare(x.dynpt)
PASS postproc_compare(fiberProjectedStrain.igb)
PASS postproc_compare(maxEigenvalueStrain.igb)
PASS postproc_compare(directionalStrains.igb)
PASS postproc_compare(strainEigenvalues.igb)
PASS postproc_compare(strainTensor.igb)
PASS postproc_compare(vonMisesStress.igb)
PASS postproc_compare(fiberProjectedStress.igb)
PASS postproc_compare(firstPrincipalStress.igb)
PASS postproc_compare(principalStresses.igb)
PASS postproc_compare(stressTensor.igb)