Simulate with complex geometries and complex physics
S
| SAMG_Setupreuse | accelerates SAMG solver for quasi-stationary point clouds (CV) |
| SAMG_Setupreuse | accelerates SAMG solver for quasi-stationary point clouds (UCVO) |
| SAMG_Setupreuse | accelerates SAMG solver for quasi-stationary point clouds (UCV) |
| SAVE | save computational results in different formats |
| SAVE_ASCII_split | splits ASCII output files if larger than 2GB |
| SAVE_BE_ITEM | item of BE surfaces to be saved for visualization |
| SAVE_BE_ITEM | |
| SAVE_BE_MONITOR_ITEM | monitor item to be saved per BE element for visualization |
| SAVE_BE_MONITOR_ITEM | monitor item to be saved per BE element for visualization (MP) |
| SAVE_BE_MONITOR_ITEM | |
| SAVE_BE_NODE_ITEM | item of BE nodes to be saved for visualization |
| SAVE_BE_NODE_ITEM | |
| SAVE_BE_filter | Filtering of boundary elements via expression |
| SAVE_BE_filter | |
| SAVE_CoordinateSystem | saving relative to specified coordinate system (movement) |
| SAVE_CoordinateSystem | saving relative to specified coordinate system (movement) |
| SAVE_DefaultAttributesForBE | choose default attributes for BE data to save (UCVO) |
| SAVE_DefaultAttributesForBE | choose default attributes for BE data to save (UCV) |
| SAVE_ERF_retryWrite | choose the precision (number of digits) for values in the timestep file (CV) |
| SAVE_ITEM | item to be saved for visualization |
| SAVE_ITEM | |
| SAVE_MONITOR_ITEM | monitor item to be saved for visualization |
| SAVE_MONITOR_ITEM | monitor item to be saved for visualization (MP) |
| SAVE_MONITOR_ITEM | |
| SAVE_PID_ITEM | PID item to be saved for visualization |
| SAVE_PID_ITEM | |
| SAVE_PrecisionTimestepFile | choose the precision (number of digits) for values in the timestep file (CV) |
| SAVE_PrecisionTimestepFile | choose the precision (number of digits) for values in the timestep file (UCVO) |
| SAVE_PrecisionTimestepFile | choose the precision (number of digits) for values in the timestep file (UCV) |
| SAVE_QUALITYCHECK_ITEM | |
| SAVE_QuickView | Interval for writing QUICKVIEW files |
| SAVE_ShareScalars | |
| SAVE_atEndOfTimestep | choose to save data for visualization at the end of time steps instead of at the start (CV) |
| SAVE_atEndOfTimestep | choose to save data for visualization at the end of time steps instead of at the start (UCV) |
| SAVE_atEndOfTimestep | choose to save data for visualization at the end of time steps instead of at the start (UCVO) |
| SAVE_atEndOfTimestep | choose to save data for visualization at the end of time steps instead of at the start (UCVO) |
| SAVE_choose_meth | save computational results in different formats |
| SAVE_choose_meth | save computational results in different formats |
| SAVE_file | file name for the results |
| SAVE_file | file name for the results |
| SAVE_filter | (Experimental) Filtering of saved Pointcloud via expression |
| SAVE_filter | filter MESHFREE points to be saved in the result files |
| SAVE_first | control first save |
| SAVE_first | control first save |
| SAVE_format | format to save simulation data |
| SAVE_format | format to save simulation data |
| SAVE_format_skip | deprecated: skipping cycle for SAVE_format |
| SAVE_interval | control saving frequency |
| SAVE_interval | control saving frequency |
| SAVE_intervall | consecutively save after a number of time cycles or a given real time interval |
| SAVE_intervall | control saving frequency |
| SAVE_list_of_var | |
| SAVE_path | absolute or relative path for the simulation results |
| SAVE_path | absolute or relative path for the simulation results |
| SAVE_skipFirstTria | Turn off saving of triangulation in the first timestep for ERF(CV) |
| SAVE_type | Choose which type of data shall be saved |
| SCAN_ClustersOfConnectivity | (chamberwise) switch on cluster checking of MESHFREE point cloud by neighborhood connectivity (CV) |
| SCAN_ClustersOfConnectivity | (chamberwise) switch on cluster checking of MESHFREE point cloud by neighborhood connectivity (UCVO) |
| SCAN_ClustersOfConnectivity | (chamberwise) switch on cluster checking of MESHFREE point cloud by neighborhood connectivity (UCV) |
| SDIRK2 | |
| SHALLOWWATER | Solver for shallow water equations |
| SIGNAL_LaunchComputationalSteering | Switch between the two options of computational steering |
| SMOOTH_LENGTH | provide a function of smoothing length |
| SMOOTH_LENGTH__Ucv__ | define flag for smoothing length definition |
| SMOOTH_LENGTH | (optional) define flag for smoothing length definition |
| SMOOTH_LENGTH | |
| SMOOTH_N | invoke smoothing of the boundary |
| SMOOTH_N | (experimental) invoke smoothing of the boundary |
| SOLVEV_N_iterations | |
| SPAI_eps | |
| SPAI_first | |
| SPAI_maxentries | |
| SPAI_maxiter | |
| SPAI_precond_method | |
| SPAI_precond_preparation | |
| SPAI_restart | |
| SPAI_smax | |
| SPM_N_iterations | maximum number of iterations in linear system solver |
| SPM_Regularization_Epsilon | adjust numerical parameter epsilon for the matrix regularizations |
| SPM_Regularization_Type | regularization type if all boundaries are Neumann-type |
| SPM_matrix_times_vector_Version | version for the matrix-times-vector operations for sparse linear systems |
| STANDBY | standby with data, no numerical algorithm applied on the data otherwise |
| STL | .stl file format for geometries |
| STRESSTENSOR_NumberSubcycles | (deprecated) number of cycles used to integrate for the stress tensor |
| STRESSTENSOR_Variante_Factor | factor in stress tensor time integration with respect to the shear modulus (CV) |
| STRESSTENSOR_Variante_Factor | factor in stress tensor time integration with respect to the shear modulus (UCVO) |
| STRESSTENSOR_Variante_Factor | factor in stress tensor time integration with respect to the shear modulus (UCV) |
| STRESSTENSOR_Variante | version of stress tensor time integration (CV) |
| STRESSTENSOR_Variante | version of stress tensor time integration (UCVO) |
| STRESSTENSOR_Variante | version of stress tensor time integration (UCV) |
| SUBSTEPS_EXPL | number of explicit substeps for solving TRANSPORT part in EULEREXPL setting |
| SUBSTEPS_IMPL | number of implicit substeps with constant time step size in EULERIMPL setting |
| SURFACETENSION_FacSmooth | define smoothing kernel for smoothing of surface curvature |
| SURFACETENSION_NbSmooth | number of smoothing loops for the surface curvature |
| SYMMETRYFACE | trigger the geometry part as symmetryface which changes the way of distance computation |
| SYMMETRYFACE | (optional) definition of the geometry part as symmetryface (influences distance computation) |
| S_visc | viscous stress tensor at boundaries |
| Sand | applications for sand as continuous phase |
| SandGuidedSphereImpact | guided sphere impact into sand |
| SandPileDeposition | sand pile deposition |
| SaveRestartOnInit | |
| Scheme | |
| ScilabImplementation | produce reference solutions in 1D: implement the numerical model as scilab precedure |
| SelectByPercentileBounds | further selection of MESHFREE integration points by percentile restrictions |
| SelectBySwitchOffFunctional | further selection MESHFREE integration points by switch-off-functional |
| Selection | Switch/Case-type selection statement |
| SelectionFeatures | additional options to further select MESHFREE integration points for integration |
| SelectionFunctionalIntegral | scalar expression to select or switch off specific points for integration |
| SequentialFiltering | generate writeout to timestep files due to simple sequential filters |
| SequentialReadingOfSignalFile | communication with running MESHFREE-job by sequential reading of SIGNAL-file |
| SimCutBoundary | (chamberwise) parameter to stop filling of boundary by MESHFREE points after a certain number of filling cycles (CV) |
| SimCutBoundary | (chamberwise) parameter to stop filling of boundary by MESHFREE points after a certain number of filling cycles (UCVO) |
| SimCutBoundary | (chamberwise) parameter to stop filling of boundary by MESHFREE points after a certain number of filling cycles (UCV) |
| SimCut | (chamberwise) parameter to stop filling of geometry by MESHFREE points after a certain number of filling cycles (CV) |
| SimCut | (chamberwise) parameter to stop filling of geometry by MESHFREE points after a certain number of filling cycles (UCVO) |
| SimCut | (chamberwise) parameter to stop filling of geometry by MESHFREE points after a certain number of filling cycles (UCV) |
| SimpleBox | |
| SimpleHeatTransfer | do a simple heat transfer analysis in the locked point cloud |
| SimpleMomentumBalance | allow movement of the locked point cloud by simple momentum balance |
| SimplifiedFastUpwindTerms | Simplified, fast way of computing upwind terms |
| SimulationSplittingWithMEMORIZE | usage of the MEMORIZE-feature to split a simulation |
| SkipMarkingPointsLayer2 | (experimental) switch for marking the second layer near the boundary in EULERIMPL setting |
| Skip | additional options to skip computation of integrations |
| SlidingThroughCorners | DROPLETPHASE - Modeling of liquid layers - modeling the slip of points through corners |
| Smoothing | smooth the representative masses in order to obtain smooth representative density |
| SmoothingLength | define the smoothing length by a set of commands |
| SolidStressWeight | weight for solid stress to apply on LS-DYNA bodies |
| Solvers | Overview of numerical and geometrical algorithms used in MESHFREE |
| Solvers | Select the solver base on a physical model |
| SpecialBNDtreatmentEULERIMPL | (experimental) switch for special boundary treatment for MUSCL reconstruction in EULERIMPL scheme |
| SpecialCases | Selected cases from current or previous projects or solving classical physics |
| Spray | Letters getting sprayed with paint |
| StencilOrderReductionNearBND_forEULERIMPL | (experimental) switch for order reduction of x,y,z-derivative stencils in EULERIMPL setting |
| StressTensorAlgorithm | update the solid stress tensor towards the next time level |
| Support | How to contact the Support Team |
| SurfaceTesselationActiveBoundary_cRadius | radius of the basic disc for the surface tesselation cells on active boundary, including free surface, excluding inactive points |
| SurfaceTesselationRegularBoundary_cRadius | radius of the basic disc for the surface tesselation cells on regular boundary |
| Swelling | Letters swelling like bread |
| Swelling_b | Letters swelling like muffins |
| save | write a MESHFREE restart file after the end of the current time step (parallel reading of signal file) |
| save | write a MESHFREE restart file after the end of the current time step (sequential reading of signal file) |
| scale{ | scale the given geometry about the origin |
| scale{ | scale the given geometry about the origin |
| set_OMP_threads | redefines the number of OMP threads to be used (parallel reading of signal file) |
| set_OMP_threads | redefines the number of OMP threads to be used (sequential reading of signal file) |
| shearmodulus | |
| sigma | surface tension [N/m] |
| sigma | |
| sin() | sine |
| sinh() | hyperbolic sine |
| sloppy{ | do not stop program if geometry file contains an undefined alias |
| smooth_BND_movement | |
| smooth_BND_normal | |
| smooth_FS | (deprecated) smoothing of free surface |
| smooth_FS_SurfaceTension | |
| sodst() | provide solution to sods shock tube problem |
| sort_BE_into_boxes{} | reconstruct the search tree for boundary elements |
| specificheat | |
| sqrt() | square root |
| step() | (unit) step function |
| step-by-step-execution | execute MESHFREE step by step |
| step=NNN | execute a given number of steps, if in the step-by-step execution mode (parallel reading of signal file) |
| step=NNN | execute a given number of steps, if in the step-by-step execution mode (sequential reading of the signal file) |
| step | execute the next step, if in the step-by-step execution mode (parallel reading of signal file) |
| step | execute the next step, if in the step-by-step execution mode (sequential reading of the signal file) |
| stepbystep=false | switch off step-by-step execution modus of MESHFREE (parallel reading of signal file) |
| stepbystep=false | switch off step-by-step execution modus of MESHFREE (sequential reading of the signal file) |
| stepbystep=true | switch on step-by-step execution modus of MESHFREE (parallel reading of signal file) |
| stepbystep=true | switch on step-by-step execution modus of MESHFREE (sequential reading of signal file) |
| strcmp() | string compare |
| surfacetension | |
| symmetryfaceByCluster{ | automatic distribution of SYMMETRYFACE-flags to geometry components |
| symmetryfaceByCluster{ | automatic distribution of SYMMETRYFACE-flags to geometry components |