Simulate with complex geometries and complex physics
PHASE_distinction
invoke detection of interface connections (UCV)
PHASE_distinction = 'YES'
Default: PHASE_distinction = 'NON'
Setting this parameter to 'YES', invokes detection of interphase connections. Each boundary point (also free surface point) searches for another boundary point
of a different chamber, which is close enough and with which it can exchange interphase boundary conditions, see BCON_CNTCT.
If a contact point is found, the index of this point is stored in %ind_iopp%.
| This item is referenced in: | |
|---|---|
| %ind_iopp% | iopp=index of opposite point. |
| compute_phase_boundary | (obsolete) invoke detection of interface connections (CV) |
| PHASE_distinction | invoke detection of interface connections (CV) |
| compute_phase_boundary | (obsolete) invoke detection of interface connections (UCVO) |
| PHASE_distinction | invoke detection of interface connections (UCVO) |
| COMP_DoOrganizeOnlyAfterHowManyCycles | do the point cloud organization only after how many time cycles (UCV) |
| compute_phase_boundary | (obsolete) invoke detection of interface connections (UCV) |
| PHASE_distinction | invoke detection of interface connections (UCV) |
| BCON_CNTCT | general setting of contact boundary conditions |
| %INTEGRATION_FS_DIRECT% | surface integration of a scalar value along the free surface |
| %INTEGRATION_FS_DIRECT_TIME% | surface and time integration of a scalar value along the free surface |
| %INTEGRATION_FS% | surface integration of a vector valued function along the free surface |
| %INTEGRATION_FS_TIME% | surface and time integration of a vector valued function along the free surface |
| SAVE_format | format to save simulation data |