3. D modeling#

3.1. Characteristics of modeling#

This modeling is identical to modeling A (and in particular the mesh). The only difference is the resolution method, which is here « PENALISATION », with penalties for contact and friction.

++———————————————————————————–+——————————————————————————————————————–+ || |CONTACT | ++ .. image:: images/Object_6.svg + + || :width: 164 | METHODE = “PENALISATION COULOMB = 0.4 | ++ :height: 232 + APPARIEMENT =” MAIT_ESCL” Master: bcc1 Slave: bcc2 + || | | ++ + + || | | ++———————————————————————————–+——————————————————————————————————————–+

3.2. Tested values: SIGM_ELNO#

The normal pressure forces generated by the contact and friction are tested. These efforts, defined in polar coordinates, are expressed in \(\mathit{Pa}\).

Identification

Reference

Aster

% difference

SIXXpour an angle of

—1.7813E+07

— 1.867141E+07

4.819

SIXX

—1.7813E+07

— 1.972695E+07

10.745

SIXX

—1.7750E+07

—1.999288E+07

12.636

SIXX

—1.7688E+07

—1.988495E+07

12.421

SIXX

12°

—1.7594E+07

— 1.971935E+07

12.080

SIXX

15°

—1.7470E+07

—1.954087E+07

11.854

SIXX

18°

—1.7312E+07

— 1.916115E+07

10.681

SIXX

21°

— 1.7125E+07

— 1.880513E+07

9.811

SIXX

24°

— 1.6906E+07

— 1.824592E+07

7.926

SIXX

27°

— 1.6656E+07

— 1.782171E+07

6.999

SIXX

30°

— 1.6343E+07

— 1.713057E+07

4.819

SIXX

33°

—1.5937E+07

— 1.640937E+07

2.964

SIXX

36°

— 1.5406E+07

—1.558344E+07

1.152

SIXX

39°

—1.4781E+07

— 1.467761E+07

—0.699

SIXX

42°

—1.4031E+07

— 1.366763E+07

—2.590

SIXX

45°

—1.3094E+07

— 1.276022E+07

—2.549

SIXX

48°

—1.1169E+07

—1.241550E+07

11.160

SIXX

51°

—1.0593E+07

—1.086923E+07

2.608