| ▼Ndealii | |
| ►NPatterns | |
| ►NTools | |
| CConvert< T, typename std::enable_if< is_convertible< T >::value >::type > | |
| Chas_from_string | |
| Chas_to_string | |
| Chas_values | |
| Cis_convertible | |
| ▼NMeltPoolDG | Interface for a general preconditioner |
| ►NAMR | |
| CAMRIndicatorBase | |
| ►CAMRRegion | Type-erased wrapper representing a geometric region for adaptive mesh refinement |
| CConcept | Abstract base interface for all region types |
| CModel | Concrete wrapper around a user-defined region type |
| ►CBinaryOpIndicatorComposite | |
| CIndicatorAndWeight | |
| CJumpIndicator | |
| CSphereAMRRegion | Represents a spherical region for adaptive mesh refinement |
| CSphericalShellAMRRegion | Represents a spherical shell region for adaptive mesh refinement (AMR) |
| CSSEDIndicator | |
| ►NCompressibleFlow | This file contains various functions that can be used to set and evaluate boundary conditions for the compressible flow solver. The functions can be directly used with the BoundaryConditions class, which provides an interface to manage and evaluate the different boundary conditions in the solver |
| CBoundaryConditions | Helper class taking care of all boundary condition related computations for the compressible flow solver |
| CCombinedInflowNoSlipWallValueInterpretation | |
| CConcreteConvectiveFluxImpl | |
| CConcreteConvectiveFluxImpl< dim, 1, number, Value, Flux > | |
| CConcreteDiffusiveFluxImpl | |
| CConcreteDiffusiveFluxImpl< dim, 1, number, Value, Gradient, Flux > | |
| ►CConservativeVariablesFunction | |
| CRampUpParameters | |
| CConservedVariableIndex | |
| CConservedVariablesPostProcessor | |
| CConvectiveFlux | |
| CConvectiveKernels | Convective kernel operations for compressible flow solvers |
| CCutDGOperation | Operation that performs a full time step for the compressible single-phase Navier-Stokes equations in a cutDG context |
| CCutDGOperator | Operator for the matrix-free evaluation of a compressible single-phase flow cutDG formulation |
| CCutSolverData | Collection of cut-related solver parameters required by the cut single-phase and multiphase compressible Navier-Stokes operators |
| CDGOperation | |
| CDGOperatorExplicit | Operator for the matrix-free evaluation of a compressible single-phase flow cutDG formulation for explicit time integration |
| CDGOperatorImplicit | Operator for the matrix-free evaluation of a compressible single-phase flow cutDG formulation for implicit time integration |
| CDGOperatorImplicitExplicit | Operator for the matrix-free evaluation of a compressible single-phase flow cutDG formulation for implicit-explicit time integration |
| CDiffusiveFlux | |
| CDofGradientMixin | |
| CDofGradientView | |
| CDofPrimitiveStateView | |
| CDofPrimitiveValueMixin | |
| CDofPrimitiveValueView | |
| CDofStateView | |
| CDofValueAndGradientStateView | |
| CDofValueMixin | |
| CDofValueView | |
| CExternalFlowForce | An abstract interface for defining external forces acting on the fluid that must be evaluated and incorporated during the cell loop of an explicit time integration scheme |
| CExternalFlowForceJacobian | |
| CFluxMixin | |
| CFluxView | |
| CFreeJetInflow | |
| CFreeJetVelocityFunction | Enum for the type of velocity profile of a free jet inflow |
| CInflowValueInterpretation | |
| ►CInputDefinedBoundaryCondition | |
| CRampUpParameters | |
| CInputDefinedFreeJetInflow | |
| CInputDefinedInitialCondition | |
| CInputDefinedSubdividedHyperRectangleDomain | |
| CMaterialMixin | |
| ►CMaterialPhaseData | Collection of material parameters for a specific fluid phase |
| CSpeciesInteraction | |
| CMaterialSpeciesData | Collection of material parameters for a specific species |
| CMaterialVariablesPostProcessor | |
| CMaterialView | |
| CMultiphaseOperationScratchData | Scratch data structure for compressible multiphase flow solvers |
| CMultiSpeciesDofStateView | |
| CMultiSpeciesDofValueAndGradientStateView | |
| CMultiSpeciesDofValueView | |
| CMultiSpeciesFluxView | |
| CMultiSpeciesMaterialMixin | |
| COperationData | Collection of parameters required by the compressible Navier-Stokes operator |
| COperationScratchData | Scratch data structure for compressible single-phase flow solvers |
| ►COperationTypeErasure | Common interface class for compressible flow operation classes based on the type erasure idiom |
| COperationConcept | Abstract base class defining the interface for compressible flow operations |
| COperationModel | Concrete implementation of OperationConcept using a specific compressible flow operation type |
| COutputManager | |
| CPrimitiveVariableIndex | |
| CPrimitiveVariablesPostProcessor | |
| CSpeciesTransportConvectiveFlux | |
| CSpeciesTransportDiffusiveFlux | |
| CViscousKernels | Viscous kernel operations for compressible flow solvers |
| ►NCutUtil | Utilities for the weighted repartitioning of a parallel::distributed::Triangulation in cutFEM/cutDG applications |
| CPartitionWeights | Cell weights for the repartitioning of a parallel::distributed::Triangulation according to the location of the cells with respect to the level set |
| CSolutionTransferOperator | Operator for the solution transfer in moving boundary/interface simulations |
| ►NEvaporation | |
| CEvaporationMassFluxOperatorBase | |
| CEvaporationMassFluxOperatorContinuous | |
| CEvaporationMassFluxOperatorThicknessIntegration | |
| CEvaporationModelBase | |
| CEvaporationModelConstant | |
| CEvaporationModelHardtWondra | |
| CEvaporationModelKnight | This class implements the evaporative mass flux and temperature jump for rapid evaporation according to Knight's theory |
| CEvaporationModelPressureAware | This class implements the evaporative mass flux computed with pressure-aware boundary conditions, as presented in Refined Formulations of Resolved Vapor Flow and Unresolved Recoil Pressure Models for Rapid Evaporation in Metal Additive Manufacturing under Elevated Pressure |
| CEvaporationModelRecoilPressure | |
| CEvaporationModelSaturatedVaporPressure | |
| CEvaporationSourceTermsBase | |
| CEvaporationSourceTermsContinuous | |
| CEvaporationSourceTermsSharp | |
| CEvaporationThicknessIntegrationData | |
| CEvaporativeCooling | |
| CIncompressibleNewtonianFluidEvaporationMaterial | |
| ►CRecoilPressureData | |
| CPressureAwareData | Data structure holding fitting parameters (Kp) and ambient gas pressure for the pressure-aware recoil pressure model |
| CRecoilPressureHybridModel | |
| CRecoilPressureModelBase | |
| CRecoilPressureModelPressureAware | This class implements the recoil pressure model computed with pressure-aware boundary conditions, as presented according to |
| CRecoilPressureOperation | |
| CRecoilPressurePhenomenologicalModel | |
| ►NFlow | |
| CAdafloWrapperParameters | A struct providing the relevant wrapper data for coupling MeltPoolDG with Adaflo |
| CCharacteristicNumbers | Computes dimensionless characteristic numbers for fluid flow |
| CDarcyDampingData | Collection of parameters for Darcy damping |
| CDarcyDampingModel | This class computes the Darcy damping coefficient \( K \) given by the Kozeny-Carman equation: |
| CDarcyDampingOperation | This class computes the Darcy damping force (or Darcy source term) |
| CEOSGradientMixin | |
| CEOSValueMixin | |
| CFlowData | Collection of general flow parameters |
| CIdealGasEOS | |
| CIncompressibleFlowOperationBase | Abstract base class for incompressible flow solvers |
| CIncompressibleMaterialBase | Base class for the shear stress computation of an incompressible fluid material |
| CNobleAbelStiffenedGasEOS | |
| CStiffenedGasEOS | |
| CSurfaceTensionOperation | This class enables to compute the contribution to interfacial forces due to temperature-(in)dependent surface tension |
| CWeaklyCompressibleEOS | |
| ►NFunctions | |
| ►NDistance | |
| CPlane | |
| CTruncatedCone | |
| CChangedSignFunction | Wrapper function that flips the sign of another function |
| CEmbeddedComponentsFunction | Embeds a function into a higher-dimensional component space |
| CExtractedComponentsFunction | Extracts a subset of components from a multi-component function |
| CNComponentFunction | Adapter to create a two-component function from a scalar function |
| ►NHeat | |
| CApparentCapacity | Apparent capacity model for latent heat release/absorption during phase change |
| ►CGaussProjectionIntensityProfile | |
| CState | |
| ►CGaussVolumetricIntensityProfile | |
| CState | |
| ►CGusarovIntensityProfile | |
| CState | |
| CHeatCutOperation | |
| CHeatCutOperator | |
| ►CHeatData | |
| CConvectionBC | |
| CCut | |
| CDiffuse | |
| CRadiationBC | |
| CHeatDiffuseMultiPhaseOperator | |
| CHeatDiffuseOperation | |
| CHeatOperationBase | |
| CHeatTransferApplication | |
| CHeatTransferCase | |
| CHeatTransferCaseParameters | |
| CLaserAnalyticalTemperatureField | |
| ►CLaserData | |
| CAnalyticalData | |
| CGusarovData | |
| CLaserHeatSourceProjectionBased | |
| CLaserHeatSourceVolumetric | |
| CLaserOperation | |
| CQLQParameters | |
| CUniformIntensityProfile | |
| ►NLevelSet | This operation solves the reinitialization problem for a CG-FEM-based discrete level-set field by solving an elliptic problem using analytical implicit Newton-Raphson method |
| ►NTools | |
| CNearestPoint | Compute nearest points to the isocontour of a level set function |
| CAdvectionDGOperation | |
| CAdvectionDGOperator | |
| CAdvectionDiffusionApplication | |
| CAdvectionDiffusionCase | |
| CAdvectionDiffusionCaseParameters | |
| CAdvectionDiffusionOperation | |
| CAdvectionDiffusionOperationBase | |
| CAdvectionDiffusionOperator | |
| CCellWiseFunction | Scalar function defined by the DoF values of a single cell |
| ►CCurvatureData | |
| CCurvatureDGSpecificData | |
| CNarrowBand | |
| CCurvatureDGOperation | |
| CCurvatureOperation | |
| CCurvatureOperationBase | |
| CCurvatureOperator | |
| CDeltaApproximationBase | |
| CDeltaApproximationHeavisidePhaseWeighted | |
| CDeltaApproximationHeavisideTimesHeavisidePhaseWeighted | |
| CDeltaApproximationHeavyPhaseOnly | |
| CDeltaApproximationPhaseWeightedData | |
| CDeltaApproximationReciprocalPhaseWeighted | |
| CDeltaApproximationReciprocalTimesHeavisidePhaseWeighted | |
| CHelmholtzDGOperator | |
| CInterfaceReconstructionDataOut | Interface to build patches of the interface reconstruction vertices for visualization |
| CLevelSetApplication | |
| CLevelSetCase | |
| CLevelSetCaseParameters | |
| ►CLevelSetData | |
| CReinitilizationDGSpecificData | |
| CLevelSetDGOperation | |
| CLevelSetOperation | |
| CLevelSetOperationBase | |
| CMarchingCubeData | |
| ►CNormalVectorData | |
| CNarrowBand | |
| CNormalDGSpecificData | |
| CNormalVectorDGOperation | |
| CNormalVectorOperation | |
| CNormalVectorOperationBase | |
| CNormalVectorOperator | |
| COlssonDGOperator | |
| COlssonOperator | Operator for the Olsson reinitialization method used in level set methods |
| CReinitializationApplication | |
| CReinitializationCase | |
| CReinitializationCaseParameters | |
| ►CReinitializationData | |
| CInterfaceThickness | |
| CReinitializationDGDiffusionOperator | |
| CReinitializationEllipticOperation | Operation that performs the elliptic reinitialization process |
| CReinitializationEllipticOperationNewton | Operation that performs the elliptic reinitialization process |
| CReinitializationEllipticOperator | Operator for the matrix-free evaluation of diffusive reinitialization of the level set function |
| CReinitializationEllipticOperatorNewton | Operator for the matrix-free evaluation of diffusive reinitialization of the level set function |
| CReinitializationGeometricData | |
| CReinitializationGeometricOperation | Geometric level-set reinitialization operation |
| CReinitializationHyperbolicCGOperation | |
| ►CReinitializationHyperbolicData | |
| CCG | |
| CDG | |
| CPseudoTimeSteppingData | |
| CReinitializationHyperbolicDGOperation | |
| CReinitializationHyperbolicOperationCapable | |
| CReinitializationOperationBase | |
| CRIGradOperator | |
| CSignedDistanceSolver | Solver to compute the signed distance from a given level of a level-set field |
| ►NMeltPool | |
| CPowderBedData | |
| CPowderBedLevelSet | |
| ►NMultiphase | A collection of functions for the computation of the interface terms for compressible two-phase flows |
| ►CCompressibleFlowPhaseCouplingData | Data structure, which contains parameters specifically for the phase coupling of compressible multiphase simulations |
| CHLLP0_penalty | Parameters specifically for the HLLP0 and penalty interface numerical method |
| CHLLP0_SIPG | Parameters specifically for the HLLP0 and SIPG interface numerical method |
| CLaserHeatSource | Parameters for the laser heat source |
| ►CPenalty | Parameters specifically for the penalty interface numerical method |
| CCoefficients | |
| CTargetValues | |
| CCompressibleMultiphaseOperation | Operation that performs a full time step for the compressible two-phase Navier-Stokes equations in a cutDG context |
| CCompressibleMultiphaseOperator | Operator for the matrix-free of a compressible multiphase flow cutDG formulation |
| CLevelSetAdvection | Class for the analytical advection of a 1D test case |
| CLevelSetOscillatingWaterColumn | Class for the analytical advection of a 1D test case with two phase interfaces |
| ►CPhaseChangeData | Collection of parameters related to liquid-gas and solid-liquid phase transitions |
| CLiquidGas | Parameters for the liquid-gas phase change |
| CSolidLiquid | Parameters for the solid-liquid phase change |
| ►NPostProcessingTools | |
| CDivergenceCalculator | |
| CPostProcessorBase | |
| CSliceCreator | |
| ►NProfiling | |
| CProfilingData | |
| CProfilingMonitor | |
| ►NRadiativeTransport | |
| CPseudoRTEOperation | |
| CPseudoRTEOperator | |
| CPseudoTimeSteppingData | |
| CRadiativeTransportApplication | |
| CRadiativeTransportCase | |
| CRadiativeTransportCaseParameters | |
| ►CRadiativeTransportData | |
| CAbsorptivityConstantData | |
| CAbsorptivityGradientBasedData | |
| CRadiativeTransportOperation | |
| CRadiativeTransportOperator | |
| ►NRestart | |
| CRestartData | |
| CRestartMonitor | |
| ►NSimulation | |
| ►NAdvectionDiffusionSineInflow | |
| CAdvectionField | |
| CDirichletConditions | |
| CExactSolution | |
| CInitializePhi | |
| CSimulationAdvecSineInflow | |
| ►NAdvectionDiffusionVortex | |
| CInitialLevelSetField | |
| CPrescribedVelocityField | |
| CSimulationAdvecVortex | |
| ►NEvaporatingDroplet | |
| CInitialValuesLS | |
| CSimulationEvaporatingDroplet | |
| ►NEvaporatingDropletWithHeat | |
| CInitialValuesLS | |
| CSimulationEvaporatingDropletWithHeat | |
| ►NEvaporatingShell | |
| CRadialBoundaryVelocity | |
| CSignedDistanceSphereFlipped | |
| CSimulationEvaporatingShell | |
| ►NFilmBoiling | |
| CInitialSignedDistance | |
| CInitialValuesTemperature | |
| CSimulationFilmBoiling | |
| ►NFixedMeltPool | |
| CFixedMeltPoolGeometry | |
| CSimulationFixedMeltPool | |
| ►NFlowPastCylinder | |
| CDirichletCondition | |
| CInflowVelocity | |
| CInitializePhi | |
| CSimulationFlowPastCylinder | |
| ►NLaserMeltingSimonds | |
| CInflowVelocity | Prescribed inflow velocity profile |
| CInitialConditionTemperature | Linear initial temperature profile in the vertical direction |
| CInitialLevelSet | Initial level-set function for the horizontal substrate-gas interface |
| CSimulationLaserMeltingSimonds | Simulation setup for the Simonds laser-melting benchmark |
| ►NMeltFrontPropagation | |
| CInitialLevelSet | |
| CSimulationMeltFrontPropagation | |
| ►NMovingDroplet | |
| CInitialLevelSet | |
| CInitialVelocityField | |
| CSimulationMovingDroplet | |
| ►NOscillatingDroplet | |
| CInitialLevelSet | |
| CSimulationOscillatingDroplet | |
| ►NPowderBed | |
| CSimulationPowderBed | |
| ►NPowderParticles | |
| CInitialLevelSetTwoParticles | |
| CSimulationPowderParticles | |
| ►NRadiativeTransport | |
| CLevelSetHeaviside | |
| CSimulationRadTrans | |
| ►NRecoilPressure | |
| CInitialConditionTemperature | |
| ►CSimulationRecoilPressure | |
| ►CSliceData | |
| CRefinedRegion | |
| ►NReinitCircle | |
| CExactSolution | Field function for the exact level-set solution |
| CInitializePhi | Field function for the initial level-set |
| CSimulationReinit | A specific reinitialization simulation setup for a hyperrectangular domain with a hyperspherical zero level-set isosurface with an initially distorted level-set |
| ►NReinitCircleDG | |
| CExactSolution | |
| CInitializePhi | |
| CSimulationReinitDG | |
| ►NRisingBubble | |
| CInitialValuesLS | |
| CSimulationRisingBubble | |
| ►NRotatingBubble | |
| CAdvectionField | |
| CInitializePhi | |
| CSimulationRotatingBubble | |
| ►NSingleTrackMelt | |
| CGasInletVelocity | Prescribed gas inlet velocity field for the single-track melt case |
| CInitialSignedDistance | Initial signed-distance function for a flat interface |
| CSimulationSingleTrackMelt | Simulation case for a single-track melt problem |
| ►NSolidificationSlab | |
| CSimulationSolidificationSlab | |
| ►NSpuriousCurrents | |
| CSimulationSpuriousCurrents | |
| ►NStefansProblem | |
| CSimulationStefansProblem | |
| ►NStefansProblem1WithFlowAndHeat | |
| CInitialValuesTemperature | |
| CSimulationStefansProblem1WithFlowAndHeat | |
| ►NStefansProblem2WithFlowAndHeat | |
| CInitialValuesLS | |
| CInitialValuesTemperature | |
| CSimulationStefansProblem2WithFlowAndHeat | |
| ►NStefansProblemWithFlow | |
| CSimulationStefansProblemWithFlow | |
| ►NTaylorGreenVortex | |
| CInitializeVelocityField | |
| CSimulationTaylorGreenVortex | |
| ►NThermoCapillaryDroplet | |
| CInitialValuesLS | |
| CInitialValuesTemperature | |
| CSimulationThermoCapillaryDroplet | |
| ►NThermoCapillaryTwoDroplets | |
| CInitialValuesLS | |
| CInitialValuesTemperature | |
| CSimulationThermoCapillaryTwoDroplets | |
| ►NUnidirectionalHeatTransfer | |
| CCovectedVerticalLevelSetHeaviside | |
| CHorizontalLevelSet | |
| CLinearTemp | |
| CSimulationUnidirectionalHeatTransfer | |
| CUnidirectionalVelocityField | |
| ►NVortexBubble | |
| CAdvectionField | |
| CDirichletCondition | |
| CInitializePhi | |
| CPhiExact | |
| CSignedDistanceExact | |
| CSimulationVortexBubble | |
| ►NVortexBubbleDG | |
| CAdvectionField | |
| CDirichletCondition | |
| CInitializePhi | |
| CPhiExact | |
| CSignedDistanceExact | |
| CSimulationVortexBubbleDG | |
| ►NWallWetting | |
| CBottomBoundaryNormalPerComponent | Function that imposes the bottom wall wetting boundary condition component-wise for component-wise AffineConstraints |
| CInitialLevelSet | Initial condition of the level-set field |
| CSimulationWallWetting | Simulation of wetting at the bottom wall. This simulates the modelling problem described in "A conservative level set method for contact line dynamics" by Zahedi et al. (2009). DOI: https://doi.org/10.1016/j.jcp.2009.05.043 |
| ►NZalesakDisk | |
| CAdvectionField | |
| CSimulationZalesakDisk | |
| ►NSpeciesTransport | |
| CDerivedPartialValueMixin | |
| CDofValueMixin | |
| CEffectiveMaterialMixin | |
| CFluxMixin | |
| CGradientValueMixin | |
| CMassFractionPostProcessor | |
| CPartialDensityPostProcessor | |
| ►NTimeIntegration | Class providing different low storage explicit Runge-Kutta schemes. The schemes implemented in this class are presented in |
| ►CBDFIntegrator | |
| CSolverFunctions | |
| ►CExplicitRungeKuttaChebyshevIntegrator | |
| CRecurrenceWeights | Stage-dependent weights of the three-term recurrence of the RKC scheme |
| CRegisters | Registers for intermediate solution storage |
| ►CImplicitExplicitIntegrator | |
| CSolverFunctions | |
| CLowStorageExplicitRungeKuttaIntegrator | |
| COneStepTheta | |
| CSolutionHistory | |
| CTimeIntegratorBase | |
| CTimeIterator | |
| CTimeStepLimitData | |
| CTimeSteppingData | |
| ►NUtilities | |
| CLimiterData | |
| ►NUtils | Implementation of functions defined by C++23 |
| ►CDGConvectionDiffusionOperator | |
| CFaceFlux | |
| ►CDGConvectionOperator | |
| CFaceFlux | |
| ►CDGDiffusionOperator | |
| CFaceFlux | |
| CAdaptiveMeshingData | |
| CBaseData | |
| CBoundaryConditionManager | |
| CBrinkmanObstacleForce | |
| CBrinkmanPenalizationData | |
| CBrinkmanPenalizationJacobianContribution | |
| CBrinkmanPenalizationResidualContribution | |
| ►CCellListParticleHandler | Forward declaration of the CellListParticleHandler class template |
| CGhostParticleUpdateCache | |
| CTriangulationLevelCache | |
| ►CCellMonitor | |
| CCellStatistics | |
| CConditionalOStream | |
| ►CCutRepartitionData | Collection of parameters for the weighted repartitioning of the triangulation in cut applications |
| CWeights | |
| CCutStabilizationData | Collection of parameters for the stabilization of cutFEM and cutDG applications |
| CDealiiPreconditionerWrapper | |
| CDEMParticleAccessor | |
| ►CDoFMonitor | |
| CDoFStatistics | |
| CFESubcellEvaluation | |
| CFESubcellFaceEvaluation | |
| CFiniteElementData | |
| CFluidStructureInteractionData | |
| CGenericDataOut | A generic utility for managing simulation output data in the MeltPoolDG context |
| CGhostPenaltyData | Collection of parameters for the ghost-penalty stabilization of cutFEM and cutDG applications |
| CIdentityPreconditioner | |
| Cis_dealii_tensor | |
| Cis_dealii_tensor< dealii::Tensor< rank, components, number > > | |
| ►CIterationMonitor | |
| CLinearIterationStatistics | |
| CJacobiPreconditioner | |
| CLeastSquaresProjection | |
| CLevelAdjacentCellsCache | |
| CLevelCommunicationPattern | Computes and stores the MPI communication pattern for a given level of a distributed triangulation |
| CLinearSolver | |
| ►CMaterial | |
| CMaterialParameterValuesContainer | |
| CMaterialData | |
| CMaterialParameterValues | |
| CMaterialPhaseData | |
| CMatrixFreeCellBatchParticleCache | |
| CMatrixFreeContext | |
| CMatrixTypeObject | |
| CMeltFrontPropagation | |
| CMeltPoolApplication | |
| CMeltPoolCase | |
| CMeltPoolCaseParameters | |
| CNeighborListUpdateTracker | |
| CNewtonRaphsonSolver | |
| CNonlinearSolverData | |
| CObstacleData | |
| CObstacleField | |
| CObstacleGravitationalForce | Computes the gravitational force acting on an obstacle |
| ►CObstacleLoad | Interface class for loads acting on obstacles using type erasure |
| CObstacleLoadConcept | |
| CObstacleLoadModel | |
| COperatorBase | |
| COperatorMatrixBased | Operator handling matrix-based computations |
| COperatorMatrixFree | Operator handling matrix-free computations |
| COutputData | |
| CParametersBase | Abstract base class for managing parameter files |
| CParaviewData | |
| ►CParticleIterator | STL-style bidirectional iterator over particles |
| CPropertyPoolIteratorData | |
| ►CParticleMonitor | |
| CParticleStatisticsBasic | |
| CParticleStatisticsDetailed | |
| CStatistics | |
| CParticleOutputData | |
| CPeriodicBoundaryConditions | |
| ►CPostprocessor | |
| CObstacleOutput | |
| ►CPreconditioner | |
| CPreconditionerConcept | |
| CPreconditionerModel | |
| CPredictor | |
| CScopedName | |
| CScratchData | Container for shared scratch data between operations/operators |
| CSimulationCaseBase | Base class for managing a simulation case in a parallel computing environment |
| CSphericalParticle | Class representing a finite-sized spherical particle, intended for use with the obstacle field class |
| ►CSphericalParticleCohesiveForce | |
| CCohesiveContactConfiguration | |
| CSphericalParticleCohesiveForceData | |
| ►CSphericalParticleContactData | |
| CMaterialData | |
| ►CSphericalParticleContactForce | |
| CContactConfiguration | |
| CStokesLawFluidForce | |
| CStokesLawSphericalParticleForce | |
| CMeltFrontPropagationData | |
| CSimulationCaseFactory | Factory class for registering and creating simulation cases |
1.9.8