Benchmark solution
=====================


Benchmark results
----------------------

As the stress state is uniform and uniaxial, we simply check that the volume element will break as soon as :math:`{\sigma }_{\mathit{zz}}` is greater than :math:`\text{SIGMA\_C}\mathrm{=}7.8{E}^{8}\mathit{Pa}`.


Bibliographical references
---------------------------


1. R5.03.04 "Elasto-visco-plastic behaviors of J.L.Chaboche".


2. R5.03.02 "Integration of von Mises elasto-plastic behavior relationships"


3. R5.03.21 "Elastoviscoplastic modeling with isotropic work hardening in large deformations"



.. _RefNumPara__882_1942269707:

4. A.Dahl "Experimental study and local approach to stopping cleavage cracks in a bainitic steel" Thesis ECP January 2012