.. _V6.07.101:

**v6.07.101** COMP001 — Elasto-plastic behavior test. Simulation at a hardware point
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**Summary:**

This test involves a simulation of a loading path in stresses or deformations at a material point, i.e. on a model such that the stress and deformation states are homogeneous at all times. It thus makes it possible to test a certain number of elastoplastic behavior models, in order to verify the robustness of their numerical integration, their insensitivity to a change of units, the correct consideration of the control variables on which the coefficients of the model depend, the invariance with respect to a global rotation applied to the problem, the accuracy of the tangent matrix.

Modeling A: this modeling makes it possible to validate model VMIS_ISOT_LINE in 3D and C_ PLAN.

B modeling: this modeling makes it possible to validate model VMIS_ISOT_TRAC in 3D and C_ PLAN.

C modeling: this modeling makes it possible to validate model VMIS_CINE_LINE in 3D.

D modeling: this modeling makes it possible to validate model VMIS_ECMI_LINE in 3D and C_ PLAN.

E modeling: this modeling makes it possible to validate model VMIS_ECMI_TRAC in 3D and C_ PLAN.

F modeling: this modeling makes it possible to validate model VMIS_CIN1_CHAB in 3D.

G modeling: this modeling makes it possible to validate model VMIS_CIN2_CHAB in 3D.

H modeling: this modeling makes it possible to validate model VMIS_ISOT_PUIS in 3D.

J modeling: this modeling makes it possible to validate model MOHR_COULOMB in 3D.

K modeling: this modeling makes it possible to validate the MohrCoulombas model in 3D.

L modeling: this modeling makes it possible to validate model NLH_CSRM in 3D.


.. toctree::
    :hidden:

    self

.. toctree::
    :maxdepth: 2
    :numbered:

    Probl_me_de_r_f_rence
    Solution_de_r_f_rence
    Mod_lisation_A
    Mod_lisation_B
    Mod_lisation_C
    Mod_lisation_D
    Mod_lisation_E
    Mod_lisation_F
    Mod_lisation_G
    Mod_lisation_J
    Mod_lisation_K
    Mod_lisation_L
    Synth_se