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


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

It is the same modeling as the E model, but in :math:`\mathrm{3D}`. The junctions are constructed in the same way.


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

The mesh, identical to that of modeling C, is represented in FIG. 5.2-a.


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

The quantities tested are identical to those presented for modeling E. Tests on DZ are added.


+------------------+-------------------------------+-------------+-------------+----+
|**Identification**                                |**Reference**|**tolerance**|0.07|
+------------------+-------------------------------+-------------+-------------+    +
|DEPZON_1          |DX- :math:`{\mathrm{Depl}}_{X}`|MIN          |0            |    |
+                  +                               +-------------+-------------+----+
|                  |                               |MAX          |0            |0.07|
+                  +-------------------------------+-------------+-------------+----+
|                  |DY- :math:`{\mathrm{Depl}}_{Y}`|MIN          |0            |0.07|
+                  +                               +-------------+-------------+----+
|                  |                               |MAX          |0            |0.07|
+------------------+-------------------------------+-------------+-------------+----+
|DEPZON_2          |DX- :math:`{\mathrm{Depl}}_{X}`|MIN          |0            |0.07|
+                  +                               +-------------+-------------+----+
|                  |                               |MAX          |0            |0.07|
+                  +-------------------------------+-------------+-------------+----+
|                  |DY- :math:`{\mathrm{Depl}}_{Y}`|MIN          |0            |0.07|
+                  +                               +-------------+-------------+----+
|                  |                               |MAX          |0            |0.07|
+------------------+-------------------------------+-------------+-------------+----+
|DEPZON_3          |DX- :math:`{\mathrm{Depl}}_{X}`|MIN          |0            |0.07|
+                  +                               +-------------+-------------+----+
|                  |                               |MAX          |0            |0.07|
+                  +-------------------------------+-------------+-------------+----+
|                  |DY- :math:`{\mathrm{Depl}}_{Y}`|MIN          |0            |0.07|
+                  +                               +-------------+-------------+----+
|                  |                               |MAX          |0            |0.07|
+------------------+-------------------------------+-------------+-------------+----+
|DEPZON_4          |DX- :math:`{\mathrm{Depl}}_{X}`|MIN          |0            |0.07|
+                  +                               +-------------+-------------+----+
|                  |                               |MAX          |0            |0.07|
+                  +-------------------------------+-------------+-------------+----+
|                  |DY- :math:`{\mathrm{Depl}}_{Y}`|MIN          |0            |0.07|
+                  +                               +-------------+-------------+----+
|                  |                               |MAX          |0            |0.07|
+------------------+-------------------------------+-------------+-------------+----+

**Table** 9.3-1

The deformation is shown in Figure 9.4-a.


.. image:: images/100000000000031200000282837DAA65089C9337.jpg
    :width: 3.9366in
    :height: 3.2083in


.. _RefImage_100000000000031200000282837DAA65089C9337.jpg:

Figure 9.4-a: Deformed structure (Exaggeration 10).


notes
---------

The remarks are identical to those formulated for modeling E.