G modeling
==============


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

A D_ PLAN modeling is used for solid elements with the CONTINUE method for the treatment of CONTACT with SIMPSON2 integration.


Characteristics of the mesh
----------------------------


.. csv-table::

    "Number of nodes:", "313"
    "Number of meshes and types:", "265 QUAD4et 132 SEG2"



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


.. csv-table::

    "**Identification**", "**Reference Value**", "**Reference Type**", "**Tolerance**"
    "LAGS_Cau node :math:`\mathit{N14}` ", "—1.E+5", "'ANALYTIQUE'", "1%"
    "LAGS_Cau point :math:`A` ", "—1.E+5", "'ANALYTIQUE'", "1%"
    "LAGS_Cau point :math:`B` ", "—1.E+5", "'ANALYTIQUE'", "1%"
    "DYau node :math:`\mathit{N14}` ", "-0.05", "'ANALYTIQUE'", "1%"
    "DYau point :math:`A` ", "-0.05", "'ANALYTIQUE'", "1%"
    "DYau point :math:`B` ", "-0.05", "'ANALYTIQUE'", "1%"



notes
---------

In this modeling, the load is a pressure imposed on the upper plate (and not a displacement). The 2 approaches are perfectly equivalent, however the use of pressure here requires the blocking of rigid body movements (following :math:`\mathrm{DZ}`), this is done by declaring initial contact (CONTACT_INIT).