Simulate with complex geometries and complex physics
KindOfProblem
Model and Solver selection
See KindOfProblem.
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| TwoPhaseHeatTransfer | heat transfer between two different phases with different temperatures |
| %ind_v_trans(1)% | velocity a point is actually moving with, x-component, unit=m/s |
| BUBBLE_UseTopologyConstraint | (chamberwise) parameter to use topology analysis for bubble-volume computation |
| FLIQUID_ConsistentPressure_UseDivV | (chamberwise) parameter to use numerical approximations of div(v) in direct computation of dynamic pressure (i.e. consistent pressure) |
| GASDYN_Upwind2ndOrder | DEPRECATED!!! (GASDYN parameter for FPM1) |
| GASDYN_Upwind_Lbeta | (chamberwise) GASDYN parameter for FPM1 and FPM3 |
| GASDYN_Upwind_Lgamma | (chamberwise) GASDYN parameter for FPM1 and FPM3 |
| GASDYN_UpwindOffset | (chamberwise) GASDYN parameter for FPM1 |
| GASDYN_Version | (chamberwise) GASDYN parameter to choose FPM1 or FPM2 |
| ORGANIZE_FuzzyMPIFilling | (chamberwise) parameter to allow MPI processes to fill points outside their own domain |
| ORGANIZE_ReducedFillingOfWalls | (chamberwise) parameter for reduced filling of boundaries marked as walls |
| ORGANIZE_RefillOnlyForActiveBoundaryParticles | (chamberwise) parameter to trigger the point refilling procedure along the boundary only for active boundary points |
| time_integration_impl | order of implicit time integration scheme in EULERIMPL setting |
| time_integration_impl_solve_v | order of implicit time integration scheme for velocity only (EULERIMPL) |
| turn_down_BND_order | (chamberwise) parameter to automatically reduce the approximation order of a boundary point |
| USER_common_variables | defines the simulation model: geometry, boundary conditions, material parameters, etc. |
| __GeneralRemarks__ | general remarks upon the syntax within UCV files |
| KindOfProblem | Model and Solver selection |
| KOP | Model and Solver selection |
| BUBBLE_DoTheManagement | (chamberwise) switch regarding bubble analysis (UCV) |
| COMP_CosEdgeAngle | (chamberwise) parameter to identify edges in geometry (UCV) |
| compute_FS | (chamberwise) switch to compute free surfaces (UCV) |
| restartnewBE_filling | (chamberwise) parameter to control filling of new boundary elements upon restart (UCV) |
| restartnewBE_PossibleGeometryIntersection | (chamberwise) parameter to control additional checks during filling of new points after restart with new boundary elements (UCV) |
| SimCut | (chamberwise) parameter to stop filling of geometry by MESHFREE points after a certain number of filling cycles (UCV) |
| SimCutBoundary | (chamberwise) parameter to stop filling of boundary by MESHFREE points after a certain number of filling cycles (UCV) |
| damping_p_corr | (chamberwise) parameter to reduce the dynamic pressure as initial guess for the next time level (UCV) |
| ord_gradient | (chamberwise) approximation order of the gradient operators (UCV) |
| DIFFOP_kernel_Gradient | (chamberwise) factor for the weight kernel for the least squares approximation stencils for gradients (UCV) |
| DIFFOP_kernel_Laplace | (chamberwise) factor for the weight kernel for the least squares approximation stencils for the Laplacian (UCV) |
| DIFFOP_kernel_Neumann | (chamberwise) factor for the weight kernel for the least squares approximation stencils for Neumann operators (UCV) |
| DIFFOP_kernel_Transport | (chamberwise) factor for the weight kernel for the least squares approximation stencils for the transport operators (UCV) |
| DIFFOP_WeightReductionInCaseOfDeactivation | (chamberwise) parameter to reduce the weight of a neighbor point in case of deactivation (UCV) |
| DIFFOP_Neumann_ExcludeBND | (chamberwise) parameter to exclude boundary points from the neighborhood for the computation of the Neumann operators (UCV) |
| RepresentativeMass_iData | (chamberwise) parameter for the RepresentativeMass algorithm (UCV) |
| SCAN_ClustersOfConnectivity | (chamberwise) switch on cluster checking of MESHFREE point cloud by neighborhood connectivity (UCV) |
| VOLUME_correction | (chamberwise) parameter to correct volume by GLOBALLY adjusting the divergence of velocity term (UCV) |
| VOLUME_correction_local | (chamberwise) parameter to correct volume by LOCALLY adjusting the divergence of velocity term due to representative mass balance (UCV) |
| VOLUME_correction_FreeSurface | (chamberwise) parameter to correct volume by tiny global lifting of the free surface (UCV) |
| COMP_IsolatedParticles_MinNbOfNeigh | (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 |
| CHAMBER | (required) define the chamber index for the geometry entities |
| BC_k | turbulence-k boundary conditions |
| BC_eps | turbulence-epsilon boundary conditions |
| CODI | solve additional COnvection-DIffusion-problems (CODI) |
| CODI_Integration | Time integration options for COnvection-DIffusion-problems (CODI) |
| KindOfProblem | Solver Selection for a simulation chamber |
| COEFF_dt | (chamberwise) factor for computation of time step size (TC) |
| COEFF_dt_virt | (chamberwise) scaling factor for the virtual time step size (TC) |
| %MASSFLOW_DROPLETPHASE% | mass flux integration of a functional by counting the DROPLETPHASE points that are injected at all inflow surfaces |
| Beta | Latest release notes for the MESHFREE beta executables |
| All | Complete release notes for the MESHFREE beta executables |
| KepsilonAlgorithm | turbulence modeling using the k-epsilon model |
| v-- | segregated, directly incompressible solver |
| vp- | directly incompressible, implicit solver with penalty formulation |