R modeling
==============


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

This modeling is used to verify the reconstruction of a field of type SIEF_ELGA in
REST_REDUIT_COMPLET.

The primal basis on the movements DEPL is taken from the F modeling and the dual base on the
field SIEF_ELGA was produced by Q modeling.

In addition, a partial base is also built on by selecting only the
component SIXX.


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

The mesh contains 27 elements of type HEXA8.


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

The reference values are taken from the full calculation used to build the base
SIEF_ELGA in Q modeling:


.. csv-table::

    "**Identification**"
    ":math:`{CellInRID}` - SIEF_ELGA/SIXX —Point 1" mesh
    ":math:`{CellInRID}` - SIEF_ELGA/SIYY —Point 1" mesh
    ":math:`{CellInRID}` - SIEF_ELGA/SIZZ —Point 1" mesh
    ":math:`{CellOutRID}` - SIEF_ELGA/SIXX —Point 1" mesh
    ":math:`{CellOutRID}` - SIEF_ELGA/SIYY —Point 1" mesh
    ":math:`{CellOutRID}` - SIEF_ELGA/SIZZ —Point 1" mesh


For the complete database (with all components):


.. csv-table::

    "**Identification**", "**Reference type**
    **(Q modeling)**", "**Tolerance**"
    "Mesh :math:`{CellInRID}` - SIEF_ELGA/SIXX —Point 1"," AUTRE_ASTER "," :math:`{0,0046}`"
    "Mesh :math:`{CellInRID}` - SIEF_ELGA/SIYY —Point 1"," AUTRE_ASTER "," :math:`{0,0046}`"
    "Mesh :math:`{CellInRID}` - SIEF_ELGA/SIZZ —Point 1"," AUTRE_ASTER "," :math:`{0,005}`"
    "Mesh :math:`{CellOutRID}` - SIEF_ELGA/SIXX —Point 1"," AUTRE_ASTER "," :math:`{0,002}`"
    "Mesh :math:`{CellOutRID}` - SIEF_ELGA/SIYY —Point 1"," AUTRE_ASTER "," :math:`{0,0019}`"
    "Mesh :math:`{CellOutRID}` - SIEF_ELGA/SIZZ —Point 1"," AUTRE_ASTER "," :math:`{0,0015}`"


For the partial base (with NOM_CMP =' SIXX '):


.. csv-table::

    "**Identification**", "**Reference type**
    **(Q modeling)**", "**Tolerance**"
    "Mesh :math:`{CellInRID}` - SIEF_ELGA/SIXX —Point 1"," AUTRE_ASTER "," :math:`{0,0046}`"
    "Mesh :math:`{CellInRID}` - SIEF_ELGA/SIYY —Point 1"," AUTRE_ASTER "," :math:`{0,0046}`"
    "Mesh :math:`{CellInRID}` - SIEF_ELGA/SIZZ —Point 1"," AUTRE_ASTER "," :math:`{0,005}`"
    "Mesh :math:`{CellOutRID}` - SIEF_ELGA/SIXX —Point 1"," AUTRE_ASTER "," :math:`{0,0025}`"
    "Mesh :math:`{CellOutRID}` - SIEF_ELGA/SIYY —Point 1"," ANALYTIQUE "," :math:`{0,0}`"
    "Mesh :math:`{CellOutRID}` - SIEF_ELGA/SIZZ —Point 1"," ANALYTIQUE "," :math:`{0,0}`"


Apart from RID, SIYY = SIZZ =0 must be because the base is zero on these components.