Simulate with complex geometries and complex physics
B
| BC | define flag for boundary conditions |
| BCGSL_ell | |
| BCON | general setting of boundary conditions |
| BCON_CNTCT | general setting of contact boundary conditions |
| BCON_CNTCT | |
| BCON | |
| BC_CNTFORCE | force contact between phases |
| BC_CNTFORCE | |
| BC_PASSON | for deactivated/disappearing boundary elements: give BC-flag to released MESHFREE points |
| BC_PASSON | (optional) for deactivated/disappearing boundary elements: give BC-flag to released MESHFREE points |
| BC_S | Deviatoric stress tensor boundary conditions |
| BC_SUBSON | |
| BC_SUPERSON | |
| BC_S | |
| BC_T | temperature boundary conditions |
| BC_T | |
| BC_TearOffCriterion | establish a tear-off criterion for release from walls |
| BC_TearOffCriterion | |
| BC_WettingAngle | define the contact angle between free surface |
| BC_WettingAngle | |
| BC | (required) define flag for boundary conditions |
| BC_eps | turbulence-epsilon boundary conditions |
| BC_eps | |
| BC_k | turbulence-k boundary conditions |
| BC_k | |
| BC_p | hydrostatic pressure boundary conditions |
| BC_p | |
| BC_v | Velocity boundary Conditions for Dropletphase |
| BC_v | velocity boundary conditions |
| BC_v | |
| BETA_FOR_LIMITER | parameter for controlling the Sweby limiter |
| BE_CleanUp_STL | choose whether and when to clean up STL geometries |
| BE_Functions | Functions for Boundary Elements |
| BE_MAP | Define mapping from points to BE |
| BE_MAP | Define mapping from boundary points to BE |
| BE_MONITOR_ITEM | BE monitor item |
| BE_MONITOR_ITEM | |
| BE_SmoothLength_RefreshAfterHowManyCycles | refresh the SMOOTH_LENGTH helper arrays after this many time cycles |
| BE_n() | normal with respect to a boundary element |
| BEarea() | area of a boundary element |
| BEbinA() | Alias step function for boundary elements |
| BEcham() | Chamber of a boundary element |
| BEcluster() | Cluster ID of a boundary element |
| BEgauss() | BE local Gaussian curvature |
| BEhasCurv() | 1 if curvature computation is successful |
| BEident() | IDENT of a boundary element |
| BEincidence() | number of incidental edges of a node point |
| BEindA() | Alias index of boundary element |
| BEisCloseToPC() | Check if boundary element if close to pointcloud |
| BEisOnEdge() | 1 if boundary node belongs to an edge |
| BElayer() | Layer of a boundary element |
| BEmap() | Fetch result of mapping onto boundary element |
| BEmap_CosNormalAngle | Cosine of maximum angle between normals in BE_MAP (UCVO) |
| BEmap_CosNormalAngle | Cosine of maximum angle between normals in BE_MAP (UCV) |
| BEmap_DefaultValue | Default value of BE_MAP (CV) |
| BEmap_DefaultValue | Default value of BE_MAP (UCVO) |
| BEmap_DefaultValue | Default value of BE_MAP (UCV) |
| BEmap_MPIcomm_Version | MPI communication version of BE_MAP (CV) |
| BEmap_PointFilter_Version | Point filter version of BE_MAP (CV) |
| BEmap_PointFilter_Version | Point filter version of BE_MAP (UCVO) |
| BEmap_PointFilter_Version | Point filter version of BE_MAP (UCV) |
| BEmaxCurv() | BE local maximum curvature |
| BEminCurv() | BE local minimum curvature |
| BEmon() | BE monitor item results |
| BEmonApprox() | BE monitor item results (experimental!) |
| BEmon_DefaultValue | Reset Value for BE_MONITOR_ITEM (CV) |
| BEmon_MPIcomm_Version | MPI communication version of BE_MONITOR_ITEM (CV) |
| BEpos() | midpoint, minimum or maximum position of a boundary element |
| BEprincipalCurvatureEdge1() | first edge of principal curvature computation |
| BEprincipalCurvatureEdge2() | second edge of principal curvature computation |
| BEprincipalCurvatureEdge3() | third edge of principal curvature computation |
| BEprincipalCurvatureEdge4() | fourth edge of principal curvature computation |
| BEprincipalCurvatureNormal() | normal for principal curvature computation |
| BErand() | Random position on random BE of a given alias |
| BEshape() | shape of a boundary element |
| BEsum() | summation over values given on boundary elements |
| BEsymmetryface() | Symmetryface of a boundary element |
| BFT | coupling to other running simulations by file transfer (BFT=ByFileTransfer) |
| BLENDER | Computational results in sequences of OBJ files |
| BND_SearchTreeAdministration_NbTimeStepsUntilFirstSkip | skip the construction of the boundary element search tree after this many time cycles |
| BND_SearchTreeAdministration_RefreshTreeAfterHowManyCycles | refresh the boundary element search tree after this many time cycles |
| BND_cube | create an independent rectangular cuboid (box) |
| BND_cube | create an independent rectangular cuboid (box) |
| BND_cylinder | create a cylinder |
| BND_cylinder | create a cylinder |
| BND_disk | create a disk |
| BND_line | create an independent line |
| BND_line | create an independent line |
| BND_node | create an independent node for use in other boundary entity definitions |
| BND_node | create an independent node for use in other boundary entity definitions |
| BND_plane | create a cutting plane |
| BND_plane | |
| BND_point | create an independent point |
| BND_point | create an independent point |
| BND_quad | create an independent quadrilateral |
| BND_quad | create an independent quadrilateral |
| BND_tria | create an independent triangle |
| BND_tria6N | create an independent 6-node triangle |
| BND_tria6N | create an independent 6-node triangle |
| BND_tria | create an independent triangle |
| BNDpoints_ExtractFromNodes{ | create BND_points from existing geometry nodes |
| BNDpoints_ExtractFromNodes{ | create BND_points from existing geometry nodes |
| BOUNDARYFILLING | possibility to request reduced filling behavior for MESHFREE points for parts of the boundary |
| BOUNDARYFILLING_Always | always fill |
| BOUNDARYFILLING_OnlyIfActiveItself | only if BE is active |
| BOUNDARYFILLING_OnlyInActiveNeighborhood | only if active points in the neighborhood |
| BOUNDARYFILLING | (optional) possibility to request reduced filling behavior for MESHFREE points for parts of the boundary |
| BUBBLE_DoTheManagement | (chamberwise) switch regarding bubble analysis (CV) |
| BUBBLE_DoTheManagement | (chamberwise) switch regarding bubble analysis (UCVO) |
| BUBBLE_DoTheManagement | (chamberwise) switch regarding bubble analysis (UCV) |
| BUBBLE_EdgeValue | (experimental) edge value limit for the detection of open edges |
| BUBBLE_EnforceAveragePressure | fix average pressure for all bubbles (CV) |
| BUBBLE_EnforceAveragePressure | fix average pressure for all bubbles (UCVO) |
| BUBBLE_EnforceAveragePressure | fix average pressure for all bubbles (UCV) |
| BUBBLE_UseTopologyConstraint | (chamberwise) parameter to use topology analysis for bubble-volume computation |
| BUBBLE_fac_pHydrostatic | (experimental) numerical relaxation parameter for pHydrostatic in case of bubbles |
| BUBBLE_forbidden | Criterion for prohibiting bubbles (UCV) |
| BUBBLE_forbidden | Criterion for prohibiting bubbles (UCVO) |
| BUBBLE_pOffset | define offset pressure for bubble pressure-on-volume analysis (CV) |
| BUBBLE_pOffset | define offset pressure for bubble pressure-on-volume analysis (UCVO) |
| BUBBLE_pOffset | define offset pressure for bubble pressure-on-volume analysis (UCV) |
| BasedOnMarkedPoints | generate a sequence of spherical droplets based on marked points of the points cloud |
| BasedOnVolumeFlux | generate a sequence of spherical droplets based on user defined volume flux |
| BasicPhysics | Solve selected cases from classical physics and fluid mechanics |
| Bernoulli | Compare numerical results to the Bernoulli equation |
| Beta | Latest release notes for the MESHFREE beta executables |
| BoundaryConditions | definition of physical boundary conditions for boundary elements |
| BoundaryElements | definition of the boundary elements to be used during simulation |
| BreakageKernel | |
| BubbleAlgorithm | Bubble Algorithm in order to capture internal pressure of air/gas entrapments |
| BubbleCorrectionPressure | bubble correction pressure by implicit requirement along the bubble surface |
| BubbleDetection | detect topologically connected clusters of free surface |
| BubbleHydrostaticPressure | bubble hydrostatic pressure by implicit requirement for hydrostatic pressure along the bubble surface |
| BubbleImplicitPressure | bubble pressure by integration of the correction pressure values along the bubble surface |
| BubblePressure | approximate pressure of closed bubbles |
| BubblePressurePenaltyChangeRate | target volume change rate of a bubble |
| BubbleSemiimplicitPressure | bubble pressure by integration of the correction pressure values along the bubble surface |
| BubbleTruePressure | true bubble pressure computed based on the volumetric compression |
| BubbleVolume | approximate volume of topologically connected AND closed clusters of free surface |
| BuiltIn_DEM_method | allow movement of the locked point cloud by simple momentum balance |
| batchmode | pause to MESHFREE execution, allow MESHFREE batch commands that modify the current state of the point cloud |
| batchmode_off | leave the batchmode |
| batchmode_on | enter the batchmode |
| begin_CCC_seeds2D | add 2D seeds for CuttingCurveCluster (optional) |
| begin_CCC_seeds2D | |
| begin_CCC_seeds3D | add 3D seeds for CuttingCurveCluster (optional) |
| begin_CCC_seeds3D | |
| begin_CCC_seeds6D | add 6D seeds for CuttingCurveCluster (optional) |
| begin_CCC_seeds6D | |
| begin_alias{ | beginning alias definition |
| begin_boundary_elements{ | |
| begin_boundary_elements{ | beginning boundary elements definition |
| begin_construct_always{ | beginning construct variables definition (restart-considering) |
| begin_construct_atRestart{ | beginning construct variables definition (only) at restart |
| begin_construct{ | beginning construct variables definition |
| begin_curve{ | beginning curve definition |
| begin_equation{ | beginning equation definition |
| begin_loop{ | beginning loop definition |
| begin_material{ | (deprecated) beginning material definition |
| begin_pointcloud{ | beginning point cloud definition |
| begin_save{ | Experimental handling of multiple save formats |
| begin_save{ | begin of begin_save{ environment |
| begin_selection{ | beginning selection definition |
| begin_table{ | beginning of a table definition |
| begin_timestepfile{ | begin of timestep/integration file environment |
| bi | stop the currently running iteration of sparse linear systems |
| binA() | step function for alias |
| break_iteration | stop the currently running iteration of sparse linear systems |