  ChemistryQGD | |
 chemistryModel | |
| BasicChemistryModel | |
  BasicChemistryModelsQGD.C | Creates chemistry model instances templated on the type of thermodynamics for QGD thermo |
| TDACChemistryModel | |
| reduction | |
| makeChemistryReductionMethodsQGD.C | Creates chemistry model instances templated on the type of thermodynamics for QGD thermo |
 tabulation | |
 makeChemistryTabulationMethodsQGD.C | Creates chemistry model instances templated on the type of thermodynamics for QGD thermo |
| chemistryModelsDoc.H | |
| chemistrySolver | |
 chemistrySolverDoc.H | |
| makeChemistrySolversQGD.C | Creates chemistry solver instances templated on the type of thermodynamics for QGD thermo |
| doc | |
| chemistryQGDDoc.H | |
| CombustionQGD | |
| CombustionModels | |
| CombustionQGDModels.C | Creates combustion model instances templated on the type of thermodynamics for QGD reaction thermo |
| diffusion | |
| diffusionsQGD.C | Creates combustion model instances templated on the type of thermodynamics for QGD reaction thermo |
| diffusionMulticomponent | |
| diffusionMulticomponentsQGD.C | Creates combustion model instances templated on the type of thermodynamics for QGD reaction thermo |
| EDC | |
| EDCsQGD.C | Creates combustion model instances templated on the type of thermodynamics for QGD reaction thermo |
| eddyDissipationDiffusionModel | |
| eddyDissipationDiffusionModelsQGD.C | Creates combustion model instances templated on the type of thermodynamics for QGD reaction thermo |
| FSD | |
| FSDsQGD.C | Creates combustion model instances templated on the type of thermodynamics for QGD reaction thermo |
| infinitelyFastChemistry | |
| infinitelyFastChemistrysQGD.C | Creates combustion model instances templated on the type of thermodynamics for QGD reaction thermo |
| laminar | |
| laminarsQGD.C | Creates combustion model instances templated on the type of thermodynamics for QGD reaction thermo |
| noCombustion | |
| noCombustionsQGD.C | Creates combustion model instances templated on the type of thermodynamics for QGD reaction thermo |
| PaSR | |
| PaSRsQGD.C | Creates combustion model instances templated on the type of thermodynamics for QGD reaction thermo |
| zoneCombustion | |
| zoneCombustionsQGD.C | Creates combustion model instances templated on the type of thermodynamics for QGD reaction thermo |
| chemistryQGDDoc.H | |
| interQHDFoam | |
| createFaceFields.H | Creates the face fields: linear interpolation of fields from volumes to face centers |
| createFaceFluxes.H | Creates the face-flux fields |
| createFields.H | |
| interQHDFoam.C | Solver for unsteady 3D turbulent flow of 2 incompressible immisicible fluids governed by quasi-hydrodynamic dynamic (QHD) equations |
| smoothSolution.H | |
| updateFields.H | Updates fields |
| updateFluxes.H | Updates fluxes for continuity equation |
| mulesQHDFoam | |
| createFaceFields.H | |
| createFaceFluxes.H | |
| createFields.H | |
| mulesQHDFoam.C | Solver for unsteady 3D turbulent flow of incompressible viscous fluid governed by quasi-hydrodynamic dynamic (QHD) equations. The temperature scalar transport equation is solved by MULES technology |
| MULESTEqn.H | Solves temperature scalar transport equation using MULES (Multidimensional universal limiter for explicit solution) technology |
| updateFields.H | |
| updateFluxes.H | |
| particlesQGDFoam | |
| createClouds.H | |
| createFaceFields.H | |
| createFaceFluxes.H | |
| createFields.H | |
| particlesQGDFoam.C | Solver for unsteady 3D turbulent flow of perfect gas governed by quasi-gas dynamic (QGD) equations at all Mach numbers (from 0 to infinity) coupled with particles motion |
| updateFields.H | |
| updateFluxes.H | |
| particlesQHDFoam | |
| createClouds.H | |
| createFaceFields.H | |
| createFaceFluxes.H | |
| createFields.H | |
| particlesQHDFoam.C | Solver for unsteady 3D turbulent flow of incompressible fluid governed by quasi-hydrodynamic dynamic (QHD) equations coupled with particles motion |
| updateFields.H | |
| updateFluxes.H | |
| QGD | |
| BCs | |
| cosVelocity | |
| cosVelocityFvPatchVectorField.C | |
| cosVelocityFvPatchVectorField.H | |
| qgdFlux | |
| qgdFluxFvPatchScalarField.C | |
| qgdFluxFvPatchScalarField.H | |
| qhdFlux | |
| qhdFluxFvPatchScalarField.C | |
| qhdFluxFvPatchScalarField.H | |
| QGDBCsDoc.H | |
| fvsc | |
| fvscStencil | |
| fvscStencil.C | |
| fvscStencil.H | |
| fvscStencilDoc.H | |
| GaussVolPoint | |
| GaussVolPointBase.C | |
| GaussVolPointBase.H | |
| GaussVolPointBase1D.C | |
| GaussVolPointBase1D.H | |
| GaussVolPointBase2D.C | |
| GaussVolPointBase2D.H | |
| GaussVolPointBase3D.C | |
| GaussVolPointBase3D.H | |
| GaussVolPointDoc.H | |
| GaussVolPointStencil.C | |
| GaussVolPointStencil.H | |
| leastSquares | |
| extendedFaceStencilCalculateWeights.C | |
| extendedFaceStencilFindNeighbours.C | |
| extendedFaceStencilScalarGrad.C | |
| leastSquaresBase.C | |
| leastSquaresBase.H | |
| leastSquaresDoc.H | |
| leastSquaresStencil.C | |
| leastSquaresStencil.H | |
| leastSquaresOpt | |
| extendedFaceStencilFormVfValues.H | |
| extendedFaceStencilScalarDer.C | |
| extendedFaceStencilScalarGradOpt.C | |
| leastSquaresOptDoc.H | |
| leastSquaresStencilOpt.C | |
| leastSquaresStencilOpt.H | |
| reduced | |
| reducedDoc.H | |
| reducedFaceNormalStencil.C | |
| reducedFaceNormalStencil.H | |
| fvsc.C | |
| fvsc.H | |
| fvscDoc.H | |
| QGDCoeffs | |
| constScPrModel1 | |
| constScPrModel1.C | |
| constScPrModel1.H | |
| constScPrModel1n | |
| constScPrModel1n.C | |
| constScPrModel1n.H | |
| constScPrModel2 | |
| constScPrModel2.C | |
| constScPrModel2.H | |
| constTau | |
| constTau.C | |
| constTau.H | |
| H2bynuQHD | |
| H2bynuQHD.C | |
| H2bynuQHD.H | |
| HbyUQHD | |
| HbyUQHD.C | |
| HbyUQHD.H | |
| QGDCoeffs | |
| QGDCoeffs.C | |
| QGDCoeffs.H | |
| T0byGr | |
| T0byGr.C | |
| T0byGr.H | |
| varScModel5 | |
| varScModel5.C | |
| varScModel5.H | |
| varScModel6 | |
| varScModel6.C | |
| varScModel6.H | |
| varScModel7 | |
| varScModel7.C | |
| varScModel7.H | |
| QGDCoeffsDoc.H | |
| QGDcommon | |
| createIcoZeroSources.H | |
| createZeroSources.H | |
| mcQGD.H | |
| mQGDCourantNo.H | Calculates the maximum mass flux based Courant Number |
| QGD.H | |
| QGDcommonDoc.H | |
| QGDCourantNo.H | Calculates the mean and maximum wave speed based Courant Numbers |
| QGDEEqn.H | Equation of energy for QGD solver |
| QGDInterpolate.H | Creates interpolation instances templated for QGD solver |
| QGDRhoEqn.H | |
| QGDUEqn.H | Solution of momentum equation for QGD solver |
| QGDYEqn.H | Solution of momentum equation for QGD solver |
| QHD.H | Includation for QHD solver. Equations of state for QHD based on density. Class for fvsc namespace |
| QHDCourantNo.H | Calculates the mean and maximum wave speed based Courant Numbers |
| QHDpEqn.H | Solution of continuity equation for QGD solver |
| QHDTEqn.H | Solver for unsteady 3D turbulent flow of incompressible fluid governed by quasi-hydrodynamic dynamic (QHD) equations |
| QHDUEqn.H | Solution of momentum equation for QHD solver |
| setDeltaT-QGDQHD.H | Reset the timestep to maintain a constant maximum courant Number. Reduction of time-step is immediate, but increase is damped to avoid unstable oscillations |
| thermoModels | |
| doc | |
| thermoModelsDoc.H | |
| powerLaw | |
| powerLawDoc.H | |
| powerLawTransport.C | |
| powerLawTransport.H | |
| powerLawTransportI.H | |
| psiQGDReactionThermo | |
| psiQGDReactionThermo.C | |
| psiQGDReactionThermo.H | |
| psiQGDReactionThermoDoc.H | |
| psiQGDReactionThermos.C | |
| psiQGDThermo | |
| hePsiQGDThermo.C | |
| hePsiQGDThermo.H | |
| psiQGDThermo.C | |
| psiQGDThermo.H | |
| psiQGDThermoDoc.H | |
| psiQGDThermos.C | |
| QGDThermo | |
| QGDThermo.C | |
| QGDThermo.H | |
| QGDThermoDoc.H | |
| rhoQGDThermo | |
| heRhoQGDThermo.C | |
| heRhoQGDThermo.H | |
| rhoQGDThermo.C | |
| rhoQGDThermo.H | |
| rhoQGDThermoDoc.H | |
| rhoQGDThermos.C | |
| QGDFoam | |
| createFaceFields.H | Creates the face fields: linear interpolation of fields from volumes to face centers |
| createFaceFluxes.H | Creates the face-flux fields |
| createFields.H | |
| QGDFoam.C | Solver for unsteady 3D turbulent flow of viscous perfect gas governed by quasi-gas dynamic (QGD) equations at all Mach numbers (from 0.01 to infinity) |
| updateFields.H | Updates fields |
| updateFluxes.H | Updates fluxes for continuity equation, momentum balance equation, energy balance equation |
| QHDDyMFoam | |
| createFaceFields.H | Creates the face fields: linear interpolation of fields from volumes to face centers |
| createFaceFluxes.H | Creates the face-flux fields |
| createFields.H | |
| QHDDyMFoam.C | Solver for unsteady 3D turbulent flow of incompressible fluid governed by quasi-hydrodynamic dynamic (QHD) equations with support for deforming meshes |
| updateFields.H | Updates fields |
| updateFluxes.H | Updates fluxes for continuity equation |
| QHDFoam | |
| createFaceFields.H | |
| createFaceFluxes.H | |
| createFields.H | |
| QHDFoam.C | |
| updateFields.H | |
| updateFluxes.H | |
| reactingLagrangianQGDFoam | |
| addEnergyFluxes.H | |
| createClouds.H | |
| createFaceFields.H | |
| createFaceFluxes.H | |
| createFields.H | |
| reactingLagrangianQGDFoam.C | Solver for unsteady 3D turbulent flow of perfect gas governed by quasi-gas dynamic (QGD) equations at all Mach numbers (from 0 to infinity) coupled with chemistry reactions |
| readScNumbers.H | |
| updateFields.H | |
| updateFluxes.H | |
| scalarTransportQHDFoam | |
| createFaceFields.H | |
| createFaceFluxes.H | |
| createFields.H | |
| scalarTransportQHDFoam.C | Evolves a passive scalar transport equation with regularized terms |
| updateFields.H | |
| updateFluxes.H | |
| SRFQHDFoam | |
| createFaceFields.H | Creates the face fields: linear interpolation of fields from volumes to face centers |
| createFaceFluxes.H | Creates the face-flux fields |
| createFields.H | |
| SRFQHDFoam.C | Solver for unsteady 3D turbulent flow of incompressible fluid governed by quasi-hydrodynamic dynamic (QHD) equations with support for single rotating frame (SRF) models |
| updateFields.H | Updates fields |
| updateFluxes.H | Updates fluxes for continuity equation |
| TwoPhaseQGD | |
| BCs | |
| mQhdFlux | |
| mQhdFluxFvPatchScalarField.C | |
| mQhdFluxFvPatchScalarField.H | |
| QGDCoeffs | |
| twoPhaseConstTau | |
| twoPhaseConstTau.C | |
| twoPhaseConstTau.H | |
| thermoModels | |
| doc | |
| thermoModelsDoc.H | |
| qInterfaceProperties | |
| qInterfaceProperties.C | |
| qInterfaceProperties.H | |
| qInterfacePropertiesDoc.H | |
| twoPhaseIcoQGDThermo | |
| constTwoPhaseProperties.C | |
| constTwoPhaseProperties.H | Constant properties for two phase package. Templated into a given thermodynamics package (needed for thermal conductivity) |
| twoPhaseIcoQGDThermo.C | |
| twoPhaseIcoQGDThermo.H | |
| twoPhaseIcoQGDThermoDoc.H | |
| utils | |
| selectBadCells | |
| selectBadCells.C | Picks up cells which can produce oscillations in QGD solution and puts them into the badCells cell set. Works only in serial mode |
| zQGDFoam | |
| createFaceFields.H | |
| createFaceFluxes.H | |
| createFields.H | |
| directionInterpolate.H | |
| updateFields.H | |
| updateFluxes.H | |
| zQGDFoam.C | Solver for unsteady 3D turbulent flow of perfect gas governed by quasi-gas dynamic (QGD) equations at high Mach numbers (from 2 to infinity) |
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