Modeling I ============== Characteristics of modeling ----------------------------------- It is the same modeling as the H modeling. Characteristics of the mesh ---------------------------- The mesh, identical to that of modeling D, is represented in FIG. 6.2-a. Tested sizes and results ------------------------------ The quantities tested are identical to those presented for the H modeling. +------------------+-------------------+-------------+---------------+---+ |**Identification** |**Reference**|**% tolerance**|5.0| +------------------+-------------------+-------------+---------------+ + |DEPZON_1 |DX- :math:`{u}_{x}`|MIN |0 | | + + +-------------+---------------+---+ | | |MAX |0 |5.0| + +-------------------+-------------+---------------+---+ | |DY- :math:`{u}_{y}`|MIN |0 |5.0| + + +-------------+---------------+---+ | | |MAX |0 |5.0| + +-------------------+-------------+---------------+---+ | |DZ- :math:`{u}_{z}`|MIN |0 |5.0| + + +-------------+---------------+---+ | | |MAX |0 |5.0| +------------------+-------------------+-------------+---------------+---+ |DEPZON_2 |DX- :math:`{u}_{x}`|MIN |0 |5.0| + + +-------------+---------------+---+ | | |MAX |0 |5.0| + +-------------------+-------------+---------------+---+ | |DY- :math:`{u}_{y}`|MIN |0 |5.0| + + +-------------+---------------+---+ | | |MAX |0 |5.0| + +-------------------+-------------+---------------+---+ | |DZ- :math:`{u}_{z}`|MIN |0 |5.0| + + +-------------+---------------+---+ | | |MAX |0 |5.0| +------------------+-------------------+-------------+---------------+---+ |DEPZON_3 |DX- :math:`{u}_{x}`|MIN |0 |5.0| + + +-------------+---------------+---+ | | |MAX |0 |5.0| + +-------------------+-------------+---------------+---+ | |DY- :math:`{u}_{y}`|MIN |0 |5.0| + + +-------------+---------------+---+ | | |MAX |0 |5.0| + +-------------------+-------------+---------------+---+ | |DZ- :math:`{u}_{z}`|MIN |0 |5.0| + + +-------------+---------------+---+ | | |MAX |0 |5.0| +------------------+-------------------+-------------+---------------+---+ |DEPZON_4 |DX- :math:`{u}_{x}`|MIN |0 |5.0| + + +-------------+---------------+---+ | | |MAX |0 |5.0| + +-------------------+-------------+---------------+---+ | |DY- :math:`{u}_{y}`|MIN |0 |5.0| + + +-------------+---------------+---+ | | |MAX |0 |5.0| + +-------------------+-------------+---------------+---+ | |DZ- :math:`{u}_{z}`|MIN |0 |5.0| + + +-------------+---------------+---+ | | |MAX |0 |5.0| +------------------+-------------------+-------------+---------------+---+ Table 11.3-1 The deformation is shown in Figure 11.4-a. .. image:: images/100000000000031200000282F972B52E7996C6C8.jpg :width: 3.9366in :height: 3.2008in .. _RefImage_100000000000031200000282F972B52E7996C6C8.jpg: Figure 11.4-a: Deformed structure (Exaggeration 10). We test the value of :math:`{E}^{e}` produced by the POST_ERREUR operator (expressed in :math:`\text{J}`). .. csv-table:: "**Identification**", "**Reference type**", "**Reference value**" "Ee", "'ANALYTIQUE'", "2, 2106" We test the value of :math:`{\Vert u\Vert }_{{L}^{2}}` produced by the POST_ERREUR operator. .. csv-table:: "**Identification**", "**Reference type**", "**Reference value**", "**Tolerance**" "L2 standard, "'ANALYTIQUE'", "1.11785807089"," 0.1%" notes --------- The remarks are identical to those specified for the F model.