Simulate with complex geometries and complex physics
RIGIDBODY_ForceToApplyOnBody_BE
Applies a force and a corresponding moment on the rigidbodies based on userdefined BE functions
RIGIDBODY_ForceToApplyOnBody_BE($MOVEitem$) = ( [Fx], [Fy], [Fz], optional: %RIGIDBODY_BE_CACHE% )
Default: RIGIDBODY_ForceToApplyOnBody_BE($MOVEitem$) = ( [0.0], [0.0], [0.0] )
If both keywords are present for mapping, i.e. RIGIDBODY_ForceToApplyOnBody_PC, RIGIDBODY_ForceToApplyOnBody_BE for the same MOVE flag, then RIGIDBODY_ForceToApplyOnBody_BE takes priority.
An optional fourth argument can be specified to enable area caching. Refer to %RIGIDBODY_BE_CACHE% for more details.
When area caching is enabled, only the total contributions from pressure and stresses need to be provided, element area information needs to be removed from the first three arguments.
| This item is referenced in: | |
|---|---|
| RIGIDBODY_ForceToApplyOnBody_BE | parameter to prescribe force and corresponding moment on the RIGIDBODY (UCVO) |
| RIGIDBODY_ForceToApplyOnBody_PC | parameter to prescribe force and corresponding moment on the RIGIDBODY (UCVO) |
| RIGIDBODY_ForceToApplyOnBody_BE | Applies a force and a corresponding moment on the rigidbodies based on userdefined BE functions |
| Beta | Latest release notes for the MESHFREE beta executables |
| All | Complete release notes for the MESHFREE beta executables |