4. B modeling

4.1. Characteristics of modeling

It is the same modeling as modeling A, but with plane constraints. The intersection is constructed in the same way.

4.2. Characteristics of the mesh

The mesh, which comprises 54 cells of the TRIA3 type, is represented in FIG. 4.2-a.

Figure 4.2-a: The modeling B mesh.

4.3. 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.

Figure 4.4-a: Deformed structure.

We test the value of \({E}^{e}\) produced by the POST_ERREUR operator.

Identification	Reference type	Reference value
Ee	“ANALYTIQUE”	0

We test the value of \({\parallel u\parallel }_{{L}^{2}}\) produced by the POST_ERREUR operator.