Simulate with complex geometries and complex physics
C
| CCC_CuttingDistance | distance up to which boundary element nodes are considered to lie on a cutting curve (optional) |
| CCC_CuttingDistance | |
| CCC_clusterAllTriangles | flag whether or not to determine clusters without given starting points (optional) |
| CCC_clusterAllTriangles | |
| CCC_maxSegmentLength | maximum segment length for linearization of cutting curves (optional) |
| CCC_maxSegmentLength | |
| CCC_minNewEdgeLength | minimum absolute length for new triangle edges (optional) |
| CCC_minNewEdgeLength | |
| CCC_relativeEdgeLength | minimum relative length for new triangle edges (optional) |
| CCC_relativeEdgeLength | |
| CCC_seeds | seeds starting points for CuttingCurveCluster (optional) |
| CHAMBER | define the chamber index for the geometry entities |
| CHAMBER | (required) define the chamber index for the geometry entities |
| CID() | CuttingCurveCluster ID |
| CLUSTER_ReducedProperties | for any clustering of the pointcloud, produce reduced (clusterwise) information such as cluster-volume etc. |
| CLUSTER_ReducedProperties | |
| CLUSTER_Size | |
| CODI | solve additional COnvection-DIffusion-problems (CODI) |
| CODIV | pointwise solution of vector and matrix valued ODE |
| CODIV_MA | define the operator matrix A of the CODIV - entity |
| CODIV_MA | |
| CODIV_MB | define the operator matrix A of the CODIV - entity |
| CODIV_MB | |
| CODIV_MQ | define the source term Q of the CODIV - entity |
| CODIV_MQ | |
| CODIV_VariableDefinition | define the matrix dimensions of the CODIV - entity |
| CODIV_VariableDefinition | |
| CODI_A | See CODI |
| CODI_A | |
| CODI_D | See CODI |
| CODI_D | |
| CODI_Integration | Time integration options for COnvection-DIffusion-problems (CODI) |
| CODI_Integration | |
| CODI_Q | See CODI |
| CODI_Q | |
| CODI_V | See CODI |
| CODI_V | |
| CODI_Vimplicit | See CODI |
| CODI_Vimplicit | |
| CODI_c | |
| CODI_eq | Strict function value assignment |
| CODI_eq | |
| CODI_executeNow | trigger CODI execution for selected time steps only |
| CODI_executeNow | |
| CODI_min_max | set lower and upper bound for any MESHFREE variable |
| CODI_min_max_RejectLinearSolution | rejection of the solution of a sparse linear system if minimum-maximum criteria are not fulfilled |
| CODI_min_max_RejectLinearSolution | |
| CODI_min_max | |
| CODI_rho | See CODI |
| CODI_rho | |
| COEFF_Abaqus_H | factor for Abaqus mesh interpolation |
| COEFF_Iopp_Repair | |
| COEFF_dt_Darcy | define the virtual time step size for applications with Darcy (Brinkman) term (CV) |
| COEFF_dt_Darcy | define the virtual time step size for applications with Darcy (Brinkman) term (TC) |
| COEFF_dt_Darcy | define the virtual time step size for applications with Darcy (Brinkman) term (UCVO) |
| COEFF_dt_Darcy | define the virtual time step size for applications with Darcy (Brinkman) term (UCV) |
| COEFF_dt_SurfaceTension_A | time step criterion for surface tension, parameter A (CV) |
| COEFF_dt_SurfaceTension_A | time step criterion for surface tension, parameter A (UCVO) |
| COEFF_dt_SurfaceTension_A | time step criterion for surface tension, parameter A (UCV) |
| COEFF_dt_SurfaceTension_B | time step criterion for surface tension, parameter B (CV) |
| COEFF_dt_SurfaceTension_B | time step criterion for surface tension, parameter B (UCVO) |
| COEFF_dt_SurfaceTension_B | time step criterion for surface tension, parameter B (UCV) |
| COEFF_dt_SurfaceTension_C | (experimental) time step criterion for surface tension, parameter C (CV) |
| COEFF_dt_SurfaceTension_C | (experimental) time step criterion for surface tension, parameter C (UCVO) |
| COEFF_dt_SurfaceTension_C | (experimental) time step criterion for surface tension, parameter C (UCV) |
| COEFF_dt_SurfaceTension | (optional) time step criterion for surface tension |
| COEFF_dt | (chamberwise) factor for computation of time step size (CV) |
| COEFF_dt | (chamberwise) factor for computation of time step size (TC) |
| COEFF_dt | factor for computation of time step size (UCVO) |
| COEFF_dt | (chamberwise) factor for computation of time step size (UCV) |
| COEFF_dt_coll | time step criterion from interaction model (DROPLETPHASE only) (CV) |
| COEFF_dt_coll | time step criterion from interaction model (DROPLETPHASE only) (TC) |
| COEFF_dt_coll | time step criterion depending on %ind_d30% (DROPLETPHASE only) (UCVO) |
| COEFF_dt_coll | time step criterion from interaction model (DROPLETPHASE only) (UCV) |
| COEFF_dt_d30 | time step criterion depending on %ind_d30% (DROPLETPHASE only) (CV) |
| COEFF_dt_d30 | time step criterion depending on %ind_d30% (DROPLETPHASE only) (TC) |
| COEFF_dt_d30 | time step criterion depending on %ind_d30% (DROPLETPHASE only) (UCVO) |
| COEFF_dt_d30 | time step criterion depending on %ind_d30% (DROPLETPHASE only) (UCV) |
| COEFF_dt_free | (experimental) factor for exaggerated movement of the free surface (CV) |
| COEFF_dt_free | (experimental) factor for exaggerated movement of the free surface (TC) |
| COEFF_dt_free | (experimental) factor for exaggerated movement of the free surface (UCVO) |
| COEFF_dt_free | (experimental) factor for exaggerated movement of the free surface (UCV) |
| COEFF_dt_virt | (chamberwise) scaling factor for the virtual time step size (CV) |
| COEFF_dt_virt | (chamberwise) scaling factor for the virtual time step size (TC) |
| COEFF_dt_virt | (chamberwise) scaling factor for the virtual time step size (UCVO) |
| COEFF_dt_virt | (chamberwise) scaling factor for the virtual time step size (UCV) |
| COEFF_mue | scaling factor for numerical viscosity (CV) |
| COEFF_mue | scaling factor for numerical viscosity (UCVO) |
| COEFF_mue | scaling factor for numerical viscosity (UCV) |
| COEFF_p_divV | factor to switch on and control the p*div(v) term in temperature equation |
| COEFF_penalty | |
| COMP_AddBoundaryParticles | boundary point addition settings: how often to fill and how many refill cycle loops to do each time |
| COMP_AddInteriorParticles | interior point addition settings: how often to fill and how many refill cycle loops to do each time |
| COMP_AdjustEtaEff | invoke more stability by controlling the total viscosity |
| COMP_CheckConservationDuringOrganization | |
| COMP_CosEdgeAngle | (chamberwise) parameter to identify edges in geometry (CV) |
| COMP_CosEdgeAngle | (chamberwise) parameter to identify edges in geometry (UCVO) |
| COMP_CosEdgeAngle | (chamberwise) parameter to identify edges in geometry (UCV) |
| COMP_CosOpenEdge | specify how the boundary continues at an open edge |
| COMP_DeflationLevel | |
| COMP_DoOrganizeOnlyAfterHowManyCycles_STANDBY | deprecated: do the STANDBY point cloud organization only after how many time cycles (CV) |
| COMP_DoOrganizeOnlyAfterHowManyCycles | do the point cloud organization only after how many time cycles (CV) |
| COMP_DoOrganizeOnlyAfterHowManyCycles | do the point cloud organization only after how many time cycles (UCVO) |
| COMP_DoOrganizeOnlyAfterHowManyCycles | do the point cloud organization only after how many time cycles (UCV) |
| COMP_DoOrganizePointsUntil | do the organization only until a certain amount of time steps |
| COMP_DropletphaseParcels | (experimental / Under development) cluster particles together in DROPLETPHASE |
| COMP_DropletphaseParcels | switch for parceling (cluster particles together) in DROPLETPHASE (UCVO) |
| COMP_DropletphaseSubcycles | switch for subcycling in DROPLETPHASE (CV) |
| COMP_DropletphaseSubcycles | switch for subcycling in DROPLETPHASE (UCVO) |
| COMP_DropletphaseSubcycles | switch for DROPLETPHASE subcycling (UCV) |
| COMP_DropletphaseWithDisturbance | disturbance for DROPLETPHASE (CV) |
| COMP_DropletphaseWithDisturbance | disturbance for DROPLETPHASE (UCVO) |
| COMP_DropletphaseWithDisturbance | disturbance for DROPLETPHASE (UCV) |
| COMP_EtaGrad_Version | define the way of numerically modeling the property-times-gradient operator |
| COMP_FastBoundaryRefill | |
| COMP_FillEdges | fill additional points to the edges of an inflow area |
| COMP_GradtEtaGrad_Version | define the way of numerically modeling the diffusion operator |
| COMP_HydrostaticPressure | |
| COMP_Hyperelastic | Activate additional indices that are needed for the Hyperelastic model |
| COMP_IsolatedParticles_MinNbOfInteriorNeigh | (chamberwise) parameter for the minimum number of interior neighbors a points should have |
| COMP_IsolatedParticles_MinNbOfInteriorNeigh | (chamberwise) parameter for the minimum number of (total) neighbors a points should have |
| COMP_IsolatedParticles_MinNbOfInteriorNeigh | (chamberwise) parameter for the minimum number of interior neighbors a points should have |
| COMP_IsolatedParticles_MinNbOfNeigh | (chamberwise) parameter for the minimum number of (total) neighbors a points should have |
| COMP_IsolatedParticles_MinNbOfNeigh | (chamberwise) parameter for the minimum number of (total) neighbors a points should have |
| COMP_IsolatedParticles_MinNbOfNeigh | (chamberwise) parameter for the minimum number of (total) neighbors a points should have |
| COMP_OppositePoints_NoFreeSurface | |
| COMP_RandomizedFilling | |
| COMP_ReduceSn | |
| COMP_RemeshBoundary | parameter to control remeshing of IGES-files (CV) |
| COMP_RemeshBoundary | parameter to control remeshing of IGES-files (UCVO) |
| COMP_RemeshBoundary | parameter to control remeshing of IGES-files (UCV) |
| COMP_RemoveBoundaryParticles | boundary point removal settings |
| COMP_RemoveInteriorParticles | interior point removal settings |
| COMP_SharedMemoryForBE | turn on use of MPI shared memory for boundary geometry if available |
| COMP_SharedMemoryForGT2 | turn on use of MPI shared memory for GEOTREE2 if available |
| COMP_SkipHighVelocities | for how many consecutive cycles a corrupt solution of velocity is accepted, before MESHFREE stops |
| COMP_SortBEintoBoxes_Version | version how to organize/prepare boundary elements for efficient computation |
| COMP_StressRelaxAtFreeAndSlipSurface | |
| COMP_TimeCheck | switch on time measurements for the main tasks of MESHFREE |
| COMP_TypeSmooth_Eta | type for smoothing of viscosity (CV) |
| COMP_TypeSmooth_Eta | type for smoothing of viscosity (UCVO) |
| COMP_TypeSmooth_Eta | type for smoothing of viscosity (UCV) |
| COMP_TypeSmooth_Rho | type for smoothing of density (CV) |
| COMP_TypeSmooth_Rho | type for smoothing of density (UCVO) |
| COMP_TypeSmooth_Rho | type for smoothing of density (UCV) |
| COMP_ViscosityCompensation | |
| COMP_WettingAngleVariante | How to incorporate the contact angle between free surface and wall |
| COMP_WettingAngleWeight | |
| COMP_development | parameter to control recent developments |
| COMP_dt_indep | parameter to switch on independent time stepping for two-phase LIQUID simulations with v-- and vp- (CV) |
| COMP_dt_indep | parameter to switch on independent time stepping for two-phase LIQUID simulations with v-- and vp- (UCVO) |
| COMP_dt_indep | parameter to switch on independent time stepping for two-phase LIQUID simulations with v-- and vp- (UCV) |
| COMP_evoid | |
| COMP_facSmooth_Eta | parameter for weight kernel definition for smoothing of viscosity and density. For the darcy constant this value is set to 6.0 (CV) |
| COMP_facSmooth_Eta | parameter for weight kernel definition for smoothing of viscosity (UCVO) |
| COMP_facSmooth_Eta | parameter for weight kernel definition for smoothing of viscosity and density(UCV) |
| COMP_nbSmooth_Darcy | number of smoothing cycles for the Darcy constant. |
| COMP_nbSmooth_Eta | number of smoothing cycles for effective, total viscosity and density (CV) |
| COMP_nbSmooth_Eta | number of smoothing cycles for effective and total viscosity (UCVO) |
| COMP_nbSmooth_Eta | number of smoothing cycles for effective, total viscosity and smoothed density (UCV) |
| COMP_nbSmooth_pCorr | smooth heat conductivity |
| COMP_refineGeometry_MaxCycles | Maximum number of refinement cycles in refineGeometry{ |
| CONS | constant smoothing length definition |
| CONTROL_StopAfterReadingGeometry | stops the MESHFREE program after geometry is read (CV) |
| CONTROL_StopAfterReadingGeometry | stops the MESHFREE program after geometry is read (UCVO) |
| CONTROL_StopAfterReadingGeometry | stops the MESHFREE program after geometry is read (UCV) |
| CONTROL_writeUcvLines | write out the Ucv-lines read during startup (debugging feature) |
| COORDTRANS | define coordinate transformation to mathematically transform long thin geometries into short thick ones |
| COORDTRANS | (experimental) define coordinate transformation to mathematically transform long thin geometries into short thick ones |
| COORDTRANS | |
| COORDTRANS_cone | |
| COORDTRANS_linear | |
| COORDTRANS_radial | |
| COORDTRANS_ring | |
| COORDTRANS_spherical | |
| COUPLING | couple the running MESHFREE simulation to another, currently running simulation |
| ChannelWithFilter | Coupled simulation of droplets and air in a channel with filter |
| ChkNP() | check for attributes of node points of boundary elements |
| Classical | simple box driving through a channel of water |
| ClassicalDPA | compute the dynamic(consistent) pressure as a (postprocessing) result to the current velocity field |
| ClassicalUpwindTerms | Classical/original way of computing upwind terms |
| CleaningJet | Letters getting washed away by a water jet |
| Co-Simulation | |
| CoarsenGeometry | (experimental) coarsen the triangulation of the complete geometry |
| Coating | Letters getting coated with enamel |
| CoeffDtVirt | per MESHFREE point definition of the virtual time step size |
| CoeffDtVirt | |
| CollidingDropletsInCone | Colliding droplets in cone geometry |
| CommandLine | Command line options for MESHFREE |
| CompDistToBoundary_Acc | threshold of distance until which the distance to different BE is treated as equal |
| CompDistToBoundary_EffectiveSearchRadius | |
| CompressibilitySarkarAndLakshmanan | |
| ComputationOfPHI | how to numerically compute the source term that goes with inertial forces |
| ComputationOfPSI | how to numerically compute the source term that goes with the viscous forces |
| ComputationOfTHETA | how to numerically compute the source term due to the Darcy forces |
| ComputationalSteering | communication with running MESHFREE-job |
| ConsistencyChecksAtStartup | check the physical/mathematical consistency for user-given input data |
| ConsistencyChecksAtStartup | |
| ConstructClause | mathematical construction of scalars and vectors |
| ContinuationLines | break long lines into shorter ones in order to have more readable input files |
| ContinuousPhase | |
| CorrectionPressureAlgorithm | compute the correction pressure according to a Chorin-like correction ansatz |
| CouplingBFT_DataRequest | launch data request to another running MESHFREE-simulation |
| CouplingBFT_DataRequest | |
| CouplingBFT_Synchronization | synchronize two running simulations if coupled to each other |
| CouplingBFT_Synchronization | |
| CouplingBFT_TypeOfOfOtherSimulation | give the type of the other simulation (MESHFREE, PAMCRASH, ABAQUS, ...) |
| CouplingBFT_TypeOfOfOtherSimulation | give the type of the other simulation |
| CouplingBFT_WorkingDirectoryOfOtherSimulation | working directory of another simulation to which coupling has to be performed |
| CouplingBFT_WorkingDirectoryOfOtherSimulation | working directory of another simulation to which coupling has to be performed |
| CreateBEfromGeometry | from the already existing geometry, create new boundary elements |
| Curves | define curves in the input file |
| CuttingCurveCluster | define clusters of boundary elements by cutting the geometry along given curves |
| case_else{ | selection element |
| case{ | selection element |
| chamberwiseOrganization | (experimental) control chamberwise organization strategy of point cloud |
| checkpoint | write a MESHFREE resume file after the end of the current time step and terminate MESHFREE (parallel reading of signal file) |
| checkpoint | write a MESHFREE resume file after the end of the current time step and terminate MESHFREE (sequential reading of signal file) |
| coarsenGeometry{ | (experimental) coarsen the triangulation of the specified part of the geometry |
| coarsenGeometry{ | coarsen the triangulation of the specified part of the geometry |
| common_variables | input file for development and debugging purposes |
| common_variables | simple box driving through a channel of water: common_variables.dat |
| compareY() | compare function values between two given chambers |
| compute_FS_InitialFilling | (Chamberwise) flag to compute free surfaces during initial filling |
| compute_FS_InitialFilling | (Chamberwise) flag to compute free surfaces during initial filling |
| compute_FS | (chamberwise) switch to compute free surfaces (CV) |
| compute_FS | (chamberwise) switch to compute free surfaces (UCVO) |
| compute_FS | (chamberwise) switch to compute free surfaces (UCV) |
| compute_LAYER | (experimental) influence to Neighbor Filtering over Layers |
| compute_kappa_method | defines the computational method to compute \kappa |
| compute_phase_boundary | (obsolete) invoke detection of interface connections (CV) |
| compute_phase_boundary | (obsolete) invoke detection of interface connections (UCVO) |
| compute_phase_boundary | (obsolete) invoke detection of interface connections (UCV) |
| correct_CONS | |
| correction_pressure | |
| cos() | cosine |
| cosh() | hyperbolic cosine |
| cross() | flag if point crossed a IDENT_BlindAndEmpty boundary element in the current time step |
| curve() | incorporate curves in an equation |
| cv | specific heat of the material in J/(kg*K) |
| cv |