2. Modeling A

2.1. Characteristics of modeling

This modeling is a tensile test under imposed deformation, on a cube that is free to deform in the direction perpendicular to the load.

The load is imposed on side HAUT following DZ:

DDL_IMPO = _F (GROUP_MA =” HAUT “, DZ = 1.0E-04), **

FCT = DEFI_FONCTION (

NOM_PARA = “ INST “,

VALE = (0.0,0.0,

10.0, 3.0, ),

)

L_ INST = DEFI_LIST_REEL (

DEBUT = 0.0,

INTERVALLE = (

_F (JUSQU_A = 10.0, NOMBRE = 50, ), ),

),

)

2.2. Tested sizes and results

The observed quantity is the constraint SIZZ on the HAUTE face.

Instant	Size	R Reference
0.60000	SIZZ	5.665671e+05
1.20000	SIZZ	1.076981e+06
1.80000	SIZZ	1.477949e+06
2.40000	SIZZ	1.724816e+06
3.00000	SIZZ	1.792069e+06
3.60000	SIZZ	1.686030e+06
4.20000	SIZZ	1.449665e+06
4.80000	SIZZ	1.149154e+06
5.40000	SIZZ	8.479534e+05
6.00000	SIZZ	5.876349e+05
6.60000	SIZZ	3.850226e+05
7.20000	SIZZ	2.395042e+05
7.80000	SIZZ	1.417449e+05
8.40000	SIZZ	7.987455e+04
9.00000	SIZZ	4.285886e+04
9.60000	SIZZ	2.189286e+04

The quantities observed are the lateral deformations EPXX and EPYY which are equal.

Instant	Size	Reference
1.80000	EPXX EPYY	-1.154648e-05
2.40000	EPXX EPYY	-1.347513e-05
3.00000	EPXX EPYY	-1.400054e-05
3.60000	EPXX EPYY	-1.317211e-05
4.20000	EPXX EPYY	-1.132552e-05

Figure 2.2-a : Traction on a free cube, comparison between code_aster and the theoretical solution.