B modeling ============== Characteristics of modeling ----------------------------------- It is the same modeling as modeling A, but with plane constraints. The intersection is constructed in the same way. Characteristics of the mesh ---------------------------- The mesh, which comprises 54 cells of the TRIA3 type, is represented in FIG. 4.2-a. .. image:: images/10000000000000E5000000CD7583556789223D35.png :width: 3.1in :height: 2.7591in .. _RefImage_10000000000000E5000000CD7583556789223D35.png: Figure 4.2-a: The modeling B mesh. Tested sizes and results ------------------------------ The quantities tested are identical to those presented for modeling A. +------------------+--+-------------+------------------+-------------+--------+ |**Identification** |**Reference**|**Reference type**|**Precision**|10^ -12%| +------------------+--+-------------+------------------+-------------+ + |DEPZON_1 |DX|MIN |-0.25 |'ANALYTIQUE' | | + + +-------------+------------------+-------------+--------+ | | |MAX |-0.25 |'ANALYTIQUE' |10^ -12%| + +--+-------------+------------------+-------------+--------+ | |DY|MIN |0 |'ANALYTIQUE' |10^ -12%| + + +-------------+------------------+-------------+--------+ | | |MAX |0 |'ANALYTIQUE' |10^ -12%| +------------------+--+-------------+------------------+-------------+--------+ |DEPZON_2 |DX|MIN |-0.5 |'ANALYTIQUE' |10^ -12%| + + +-------------+------------------+-------------+--------+ | | |MAX |-0.5 |'ANALYTIQUE' |10^ -12%| + +--+-------------+------------------+-------------+--------+ | |DY|MIN |0 |'ANALYTIQUE' |10^ -12%| + + +-------------+------------------+-------------+--------+ | | |MAX |0 |'ANALYTIQUE' |10^ -12%| +------------------+--+-------------+------------------+-------------+--------+ |DEPZON_3 |DX|MIN |0.75 |'ANALYTIQUE' |10^ -12%| + + +-------------+------------------+-------------+--------+ | | |MAX |0.75 |'ANALYTIQUE' |10^ -12%| + +--+-------------+------------------+-------------+--------+ | |DY|MIN |0 |'ANALYTIQUE' |10^ -12%| + + +-------------+------------------+-------------+--------+ | | |MAX |0 |'ANALYTIQUE' |10^ -12%| +------------------+--+-------------+------------------+-------------+--------+ |DEPZON_4 |DX|MIN |0.75 |'ANALYTIQUE' |10^ -12%| + + +-------------+------------------+-------------+--------+ | | |MAX |0.75 |'ANALYTIQUE' |10^ -12%| + +--+-------------+------------------+-------------+--------+ | |DY|MIN |0 |'ANALYTIQUE' |10^ -12%| + + +-------------+------------------+-------------+--------+ | | |MAX |0 |'ANALYTIQUE' |10^ -12%| +------------------+--+-------------+------------------+-------------+--------+ Table 4.3-1 The deformation is represented in FIG. 4.4-a. .. image:: images/10000000000001BA0000014F08536C7E19031D3C.jpg :width: 4.6043in :height: 3.4898in .. _RefImage_10000000000001BA0000014F08536C7E19031D3C.jpg: Figure 4.4-a: Deformed structure. We test the value of :math:`{E}^{e}` produced by the POST_ERREUR operator. .. csv-table:: "**Identification**", "**Reference type**", "**Reference value**" "Ee", "'ANALYTIQUE'", "0" We test the value of :math:`{\parallel u\parallel }_{{L}^{2}}` produced by the POST_ERREUR operator. .. csv-table:: "**Identification**", "**Reference type**", "**Reference value**", "**Tolerance**" "L2 standard, "'ANALYTIQUE'", "6,84653196881"," 0.1%"