D modeling
==============


Characteristics of modeling
------------------------

The behavior is MONOCRISTAL, the visco-plastic flow is of type MONO_DD_CC, in large deformations (DEFORMATION =' SIMO_MIEHE ')


Tested sizes and results
------------------------------


Tested values
~~~~~~~~~~~~~~~~

Large deformations, no regression.

The main sliding system is number 5 (:math:`\mathit{D1}`) and the secondary is 8 (:math:`\mathit{A6}`)


.. csv-table::

    "**Variable**", "**Instants** :math:`(s)` ", "**Reference** (NON_REGRESSION)"
    ":math:`{E}_{\mathrm{zz}}` EPSG_ELGA ", "4000", "0.48759697170948"
    ":math:`{\sigma }_{\mathrm{zz}}` (:math:`\mathrm{Mpa}`) SIEF_ELGA ", "4000", "269.5583433288"
    ":math:`{\rho }_{5}` VARI_ELGA/V19)", "4000", "4,719408788234E+07"
    ":math:`{\gamma }_{5}` VARI_ELGA/V20)", "4000", "-0.42996601140607"
    ":math:`{\rho }_{8}` VARI_ELGA/V28)", "4000", "3,847356282155E+07"
    ":math:`{\gamma }_{8}` VARI_ELGA/V29)", "4000", "0.26136525944739"


To test event RESI_MAXI, we set the value to 0.6 and we test that we actually have two Newton iterations at the first moment.