| _bcMap | FlowModel< T >::Impl | private |
| _flowFields | FlowModel< T >::Impl | private |
| _geomFields | FlowModel< T >::Impl | private |
| _globalRefCellID | FlowModel< T >::Impl | private |
| _globalRefProcID | FlowModel< T >::Impl | private |
| _initialContinuityNorm | FlowModel< T >::Impl | private |
| _initialCoupledNorm | FlowModel< T >::Impl | private |
| _initialMomentumNorm | FlowModel< T >::Impl | private |
| _meshes | FlowModel< T >::Impl | private |
| _momApField | FlowModel< T >::Impl | private |
| _niters | FlowModel< T >::Impl | private |
| _options | FlowModel< T >::Impl | private |
| _persistenceData | FlowModel< T >::Impl | private |
| _pressureGradientModel | FlowModel< T >::Impl | private |
| _previousVelocity | FlowModel< T >::Impl | private |
| _referencePP | FlowModel< T >::Impl | private |
| _useReferencePressure | FlowModel< T >::Impl | private |
| _vcMap | FlowModel< T >::Impl | private |
| _velocityGradientModel | FlowModel< T >::Impl | private |
| advance(const int niter) | FlowModel< T >::Impl | inline |
| computeContinuityResidual() | FlowModel< T >::Impl | inline |
| computeIBFaceVelocity(const StorageSite &particles) | FlowModel< T >::Impl | inline |
| computeSolidSurfaceForce(const StorageSite &solidFaces, bool perUnitArea) | FlowModel< T >::Impl | inline |
| ComputeStressTensorES(const StorageSite &solidFaces) | FlowModel< T >::Impl | inline |
| correctMassFluxBoundary(const StorageSite &faces, const MultiField &ppField) | FlowModel< T >::Impl | inline |
| correctMassFluxInterior(const Mesh &mesh, const StorageSite &faces, MultiFieldMatrix &mfmatrix, const MultiField &xField) | FlowModel< T >::Impl | inline |
| correctPressure(const Mesh &mesh, const MultiField &xField) | FlowModel< T >::Impl | inline |
| correctVelocityBoundary(const Mesh &mesh, const StorageSite &faces, const MultiField &ppField) | FlowModel< T >::Impl | inline |
| correctVelocityExplicit(const Mesh &mesh, const MultiField &xField) | FlowModel< T >::Impl | inline |
| correctVelocityInterior(const Mesh &mesh, const StorageSite &faces, const MultiField &ppField, const bool isSymmetry=false) | FlowModel< T >::Impl | inline |
| DiagTensorT3 typedef | FlowModel< T >::Impl | |
| discretizeContinuity() | FlowModel< T >::Impl | inline |
| discretizeMassFluxInterior(const Mesh &mesh, const StorageSite &faces, MultiFieldMatrix &mfmatrix, const MultiField &xField, MultiField &rField, const bool isSymmetry=false) | FlowModel< T >::Impl | inline |
| dumpContinuityMatrix(const string fileBase) | FlowModel< T >::Impl | inline |
| fixedFluxContinuityBC(const StorageSite &faces, const Mesh &mesh, MultiFieldMatrix &matrix, MultiField &xField, MultiField &rField, const FlowBC< T > &bc) | FlowModel< T >::Impl | inline |
| fixedPressureContinuityBC(const StorageSite &faces, const Mesh &mesh, MultiFieldMatrix &matrix, const MultiField &xField, MultiField &rField) | FlowModel< T >::Impl | inline |
| fixedPressureMomentumBC(const StorageSite &faces, const Mesh &mesh, MultiFieldMatrix &matrix, const MultiField &xField, MultiField &rField) | FlowModel< T >::Impl | inline |
| FMatrix typedef | FlowModel< T >::Impl | |
| getBCMap() | FlowModel< T >::Impl | inline |
| getMomentumDerivativeIntegral(const Mesh &mesh) | FlowModel< T >::Impl | inline |
| getMomentumFluxIntegral(const Mesh &mesh, const int faceGroupId) | FlowModel< T >::Impl | inline |
| getMomentumFluxIntegralonIBFaces(const Mesh &mesh) | FlowModel< T >::Impl | inline |
| getOptions() | FlowModel< T >::Impl | inline |
| getPersistenceData() | FlowModel< T >::Impl | inline |
| getPressureIntegral(const Mesh &mesh, const int faceGroupId) | FlowModel< T >::Impl | inline |
| getPressureIntegralonIBFaces(const Mesh &mesh) | FlowModel< T >::Impl | inline |
| getStressTensor(const Mesh &mesh, const ArrayBase &gcellIds) | FlowModel< T >::Impl | inline |
| getTraction(const Mesh &mesh) | FlowModel< T >::Impl | inline |
| getVCMap() | FlowModel< T >::Impl | inline |
| getViscosityField() const | FlowModel< T >::Impl | inline |
| Impl(const GeomFields &geomFields, FlowFields &thermalFields, const MeshList &meshes) | FlowModel< T >::Impl | inline |
| init() | FlowModel< T >::Impl | inline |
| initContinuityLinearization(LinearSystem &ls) | FlowModel< T >::Impl | inline |
| initMomentumLinearization(LinearSystem &ls) | FlowModel< T >::Impl | inline |
| IntArray typedef | FlowModel< T >::Impl | |
| interfaceContinuityBC(const Mesh &mesh, const StorageSite &faces, MultiFieldMatrix &matrix, MultiField &rField) | FlowModel< T >::Impl | inline |
| linearizeContinuity(LinearSystem &ls) | FlowModel< T >::Impl | inline |
| linearizeMomentum(LinearSystem &ls) | FlowModel< T >::Impl | inline |
| PGradArray typedef | FlowModel< T >::Impl | |
| PGradType typedef | FlowModel< T >::Impl | |
| postContinuitySolve(LinearSystem &ls) | FlowModel< T >::Impl | inline |
| PPAssembler typedef | FlowModel< T >::Impl | |
| PPDiagArray typedef | FlowModel< T >::Impl | |
| PPMatrix typedef | FlowModel< T >::Impl | |
| pressureBoundaryPostContinuitySolve(const StorageSite &faces, const Mesh &mesh, const T bp) | FlowModel< T >::Impl | inline |
| printBCs() | FlowModel< T >::Impl | inline |
| printMassFluxIntegrals() | FlowModel< T >::Impl | inline |
| printMomentumFluxIntegrals() | FlowModel< T >::Impl | inline |
| printPressureIntegrals() | FlowModel< T >::Impl | inline |
| restart() | FlowModel< T >::Impl | inline |
| setDirichlet(MultiFieldMatrix &mfmatrix, MultiField &rField) | FlowModel< T >::Impl | inline |
| setReferencePP(const MultiField &ppField) | FlowModel< T >::Impl | inline |
| slipJumpMomentumBC(const StorageSite &faces, const Mesh &mesh, GenericBCS< VectorT3, DiagTensorT3, T > &gbc, const T accomodationCoefficient, const FloatValEvaluator< VectorT3 > &bVelocity) | FlowModel< T >::Impl | inline |
| solveContinuity() | FlowModel< T >::Impl | inline |
| solveMomentum() | FlowModel< T >::Impl | inline |
| StressTensorArray typedef | FlowModel< T >::Impl | |
| StressTensorT6 typedef | FlowModel< T >::Impl | |
| TArray typedef | FlowModel< T >::Impl | |
| updateFacePressureBoundary(const Mesh &mesh, const StorageSite &faces) | FlowModel< T >::Impl | inline |
| updateFacePressureInterior(const Mesh &mesh, const StorageSite &faces, const bool isSymmetry=false) | FlowModel< T >::Impl | inline |
| updateTime() | FlowModel< T >::Impl | inline |
| VectorT3 typedef | FlowModel< T >::Impl | |
| VectorT3Array typedef | FlowModel< T >::Impl | |
| VectorT3T typedef | FlowModel< T >::Impl | |
| VGradArray typedef | FlowModel< T >::Impl | |
| VGradType typedef | FlowModel< T >::Impl | |
| VVDiagArray typedef | FlowModel< T >::Impl | |
| VVMatrix typedef | FlowModel< T >::Impl | |