Files

• dir https://github.com/sedfoam/sedfoam/blob/master/solver
  • dir granularRheologyModels
    • dir FluidViscosityModel
      • dir BoyerEtAl
        • file BoyerEtAlViscosity.C
        • file BoyerEtAlViscosity.H
      • dir Einstein
        • file EinsteinViscosity.C
        • file EinsteinViscosity.H
      • dir FluidViscosityModel
        • file FluidViscosityModel.C
        • file FluidViscosityModel.H
        • file newFluidViscosityModel.C
      • dir KriegerDougherty
        • file KriegerDoughertyViscosity.C
        • file KriegerDoughertyViscosity.H
      • dir none
        • file noneViscosity.C
        • file noneViscosity.H
    • dir FrictionModel
      • dir Coulomb
        • file Coulomb.C
        • file Coulomb.H
      • dir FrictionModel
        • file FrictionModel.C
        • file FrictionModel.H
        • file newFrictionModel.C
      • dir MuI
        • file MuI.C
        • file MuI.H
      • dir MuIdimLess
        • file MuIdimLess.C
        • file MuIdimLess.H
      • dir MuIv
        • file MuIv.C
        • file MuIv.H
      • dir MuIvdimLess
        • file MuIvdimLess.C
        • file MuIvdimLess.H
      • dir none
        • file noneFriction.C
        • file noneFriction.H
    • dir granularRheologyModel
      • file granularRheologyModel.C
      • file granularRheologyModel.H
    • dir PPressureModel
      • dir MuIPPressure
        • file MuIPPressure.C
        • file MuIPPressure.H
      • dir MuIvPPressure
        • file MuIvPPressure.C
        • file MuIvPPressure.H
      • dir none
        • file nonePPressure.C
        • file nonePPressure.H
      • dir PPressureModel
        • file newPPressureModel.C
        • file PPressureModel.C
        • file PPressureModel.H
  • dir interfacialModels
    • dir dragModels
      • dir Beetstra
        • file Beetstra.C
        • file Beetstra.H
      • dir DallaValle
        • file DallaValle.C
        • file DallaValle.H
      • dir dragModel
        • file dragModel.C
        • file dragModel.H
        • file newDragModel.C
      • dir Engelund
        • file Engelund.C
        • file Engelund.H
      • dir Ergun
        • file Ergun.C
        • file Ergun.H
      • dir Gibilaro
        • file Gibilaro.C
        • file Gibilaro.H
      • dir GidaspowErgunWenYu
        • file GidaspowErgunWenYu.C
        • file GidaspowErgunWenYu.H
      • dir GidaspowSchillerNaumann
        • file GidaspowSchillerNaumann.C
        • file GidaspowSchillerNaumann.H
      • dir SchillerNaumann
        • file SchillerNaumann.C
        • file SchillerNaumann.H
      • dir SyamlalOBrien
        • file SyamlalOBrien.C
        • file SyamlalOBrien.H
      • dir WenYu
        • file WenYu.C
        • file WenYu.H
    • dir vegDragModels
      • dir Etminan
        • file Etminan.C
        • file Etminan.H
      • dir GidaspowSchillerNaumann_veg
        • file GidaspowSchillerNaumann_veg.C
        • file GidaspowSchillerNaumann_veg.H
      • dir SchillerNaumann_veg
        • file SchillerNaumann_veg.C
        • file SchillerNaumann_veg.H
      • dir TaninoNepf
        • file TaninoNepf.C
        • file TaninoNepf.H
      • dir TinocoCowen
        • file TinocoCowen.C
        • file TinocoCowen.H
      • dir vegDragModel
        • file newVegDragModel.C
        • file vegDragModel.C
        • file vegDragModel.H
  • dir kineticTheoryModels
    • dir conductivityModel
      • dir conductivityModel
        • file conductivityModel.C
        • file conductivityModel.H
        • file newConductivityModel.C
      • dir Garzo2012
        • file Garzo2012Conductivity.C
        • file Garzo2012Conductivity.H
      • dir GarzoDufty
        • file GarzoDuftyConductivity.C
        • file GarzoDuftyConductivity.H
      • dir GarzoDuftyMod
        • file GarzoDuftyModConductivity.C
        • file GarzoDuftyModConductivity.H
      • dir Gidaspow
        • file GidaspowConductivity.C
        • file GidaspowConductivity.H
      • dir HrenyaSinclair
        • file HrenyaSinclairConductivity.C
        • file HrenyaSinclairConductivity.H
      • dir Syamlal
        • file SyamlalConductivity.C
        • file SyamlalConductivity.H
    • dir granularPressureModel
      • dir granularPressureModel
        • file granularPressureModel.C
        • file granularPressureModel.H
        • file newGranularPressureModel.C
      • dir Lun
        • file LunPressure.C
        • file LunPressure.H
      • dir SyamlalRogersOBrien
        • file SyamlalRogersOBrienPressure.C
        • file SyamlalRogersOBrienPressure.H
      • dir Torquato
        • file TorquatoPressure.C
        • file TorquatoPressure.H
    • dir kineticTheoryModel
      • file kineticTheoryModel.C
      • file kineticTheoryModel.H
      • file writeTBudget.H
    • dir pseudoConductivityModel
      • dir GarzoDufty
        • file GarzoDuftyPseudoConductivity.C
        • file GarzoDuftyPseudoConductivity.H
      • dir none
        • file nonePseudoConductivity.C
        • file nonePseudoConductivity.H
      • dir pseudoConductivityModel
        • file newPseudoConductivityModel.C
        • file pseudoConductivityModel.C
        • file pseudoConductivityModel.H
    • dir radialModel
      • dir CarnahanStarling
        • file CarnahanStarlingRadial.C
        • file CarnahanStarlingRadial.H
      • dir ChialvoSundaresan
        • file ChialvoSundaresanRadial.C
        • file ChialvoSundaresanRadial.H
      • dir Gidaspow
        • file GidaspowRadial.C
        • file GidaspowRadial.H
      • dir LunSavage
        • file LunSavageRadial.C
        • file LunSavageRadial.H
      • dir radialModel
        • file newRadialModel.C
        • file radialModel.C
        • file radialModel.H
      • dir SinclairJackson
        • file SinclairJacksonRadial.C
        • file SinclairJacksonRadial.H
      • dir Torquato
        • file TorquatoRadial.C
        • file TorquatoRadial.H
    • dir saltationModel
      • dir Jenkins
        • file JenkinsSaltation.C
        • file JenkinsSaltation.H
      • dir none
        • file noneSaltation.C
        • file noneSaltation.H
      • dir saltationModel
        • file newSaltationModel.C
        • file saltationModel.C
        • file saltationModel.H
    • dir viscosityModel
      • dir Garzo2012
        • file Garzo2012Viscosity.C
        • file Garzo2012Viscosity.H
      • dir GarzoDufty
        • file GarzoDuftyViscosity.C
        • file GarzoDuftyViscosity.H
      • dir GarzoDuftyMod
        • file GarzoDuftyModViscosity.C
        • file GarzoDuftyModViscosity.H
      • dir Gidaspow
        • file GidaspowViscosity.C
        • file GidaspowViscosity.H
      • dir HrenyaSinclair
        • file HrenyaSinclairViscosity.C
        • file HrenyaSinclairViscosity.H
      • dir none
        • file noneViscosity.C
        • file noneViscosity.H
      • dir Syamlal
        • file SyamlalViscosity.C
        • file SyamlalViscosity.H
      • dir viscosityModel
        • file newViscosityModel.C
        • file viscosityModel.C
        • file viscosityModel.H
  • dir overSedDymFoam
    • dir pU
      • file pEqn.H
      • file UEqns.H
    • dir pUf
      • file pEqn.H
      • file UEqns.H
    • file calcFavreAverage.H
    • file createFavreAveraging.H
    • file createFields.H
    • file createTurbulence.H
    • file callGranularStressDyM.H
    • file continuityErrs.H Calculates and prints the continuity errors.
    • file correctPhiSed.H
    • file correctPhiSedFaceMask.H Correct phi on new faces C-I faces.
    • file CourantNo.H Calculates and outputs the mean and maximum Courant Numbers.
    • file createControls.H
    • file createUfSed.H Creates and initialises the velocity velocity field Uf.
    • file interpolatedFaces.H
    • file overSedDymFoam.C Solver for a system of 2 phases with one phase dispersed, e.g. solid particles in a fluid.
    • file readControls.H
    • file updateTwoPhaseTurbulence.H
    • file alphaEqn.H
  • dir phaseModel
    • dir phaseModel
      • file phaseModel.C
      • file phaseModel.H
  • dir ppModel
    • dir Chauchat
      • file Chauchat.C
      • file Chauchat.H
    • dir Hsu
      • file Hsu.C
      • file Hsu.H
    • dir JohnsonJackson
      • file JohnsonJackson.C
      • file JohnsonJackson.H
    • dir MerckelbachKranenburg
      • file MerckelbachKranenburg.C
      • file MerckelbachKranenburg.H
    • file newPpModel.C
    • file ppModel.C
    • file ppModel.H
  • dir pU
    • file pEqn.H This file is in the.
    • file UEqns.H This file is in the.
  • dir pUf
    • file pEqn.H This file is in the.
    • file UEqns.H This file is in the.
  • dir sedVegFoam
    • dir pU
      • file pEqn.H This file is in the.
      • file UEqns.H This file is in the.
    • dir pUf
      • file pEqn.H This file is in the.
      • file UEqns.H This file is in the.
    • file callGranularStress.H
    • file liftDragCoeffs.H
    • file createFieldsVeg.H
    • file createTwoPhaseTurbulenceVeg.H
    • file sedVegFoam.C Solver for a system of 2 phases with one phase dispersed, e.g. solid particles in a fluid.
    • file updateTwoPhaseTurbulenceVeg.H
    • file UaUbLimiter.H
    • file writeOutput.H
    • file alphaEqn.H
  • file alphaCourantNo.H Calculates and outputs the mean and maximum Courant Numbers.
  • file calcFavreAverage.H
  • file calculateUfall.H
  • file callGranularStress.H
  • file CourantNos.H
  • file createFavreAveraging.H
  • file createFields.H
  • file createTurbulence.H
  • file createTwoPhaseTurbulence.H
  • file DDtU.H
  • file gravityRamp.H
  • file liftDragCoeffs.H
  • file OutputGradPOSC.H
  • file packingLimiter.H
  • file readGravity.H
  • file readTwoPhaseEulerFoamControls.H
  • file sedFoam.C Solver for a system of 2 phases with one phase dispersed, e.g. solid particles in a fluid.
  • file setDeltaT.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.
  • file UaUbLimiter.H
  • file updateTwoPhaseTurbulence.H
  • file writeOutput.H
  • file alphaEqn.H
• dir https://github.com/sedfoam/sedfoam/blob/master/solverMULES
  • file alphaEqn.H
  • file sedFoam_MULES.C Solver for a system of 2 phases with one phase dispersed, e.g. solid particles in a fluid.
• dir https://github.com/sedfoam/sedfoam/blob/master/TurbulenceModels
  • dir turbulenceModels
    • dir LES
      • dir fluidDynamicLagrangian
        • file fluidDynamicLagrangian.C
        • file fluidDynamicLagrangian.H
      • dir fluidSmagorinsky
        • file fluidSmagorinsky.C
        • file fluidSmagorinsky.H
      • dir partDynamicLagrangian
        • file partDynamicLagrangian.C
        • file partDynamicLagrangian.H
      • dir partSmagorinsky
        • file partSmagorinsky.C
        • file partSmagorinsky.H
    • dir RAS
      • dir twophasekEpsilon
        • file twophasekEpsilon.C
        • file twophasekEpsilon.H
        • file writeTKEBudget_kEpsilon.H
      • dir twophasekEpsilonVeg
        • file twophasekEpsilonVeg.C
        • file twophasekEpsilonVeg.H
        • file writeTKEBudget_kEpsilonVeg.H
      • dir twophasekOmega
        • file twophasekOmega.C
        • file twophasekOmega.H
        • file writeTKEBudget_kOmega.H
      • dir twophasekOmegaSAS
        • file twophasekOmegaSAS.C
        • file twophasekOmegaSAS.H
        • file writeTKEBudget_kOmegaSAS.H
      • dir twophasekOmegaVeg
        • file twophasekOmegaVeg.C
        • file twophasekOmegaVeg.H
        • file writeTKEBudget_kOmegaVeg.H
      • dir twophaseMixingLength
        • file twophaseMixingLength.C
        • file twophaseMixingLength.H
      • dir twophaseMixingLengthBerzi
        • file twophaseMixingLengthBerzi.C
        • file twophaseMixingLengthBerzi.H
      • dir twophaseMixingLengthConst
        • file twophaseMixingLengthConst.C
        • file twophaseMixingLengthConst.H
    • file sedIncompressibleTurbulenceModel.C
    • file sedIncompressibleTurbulenceModel.H
    • file twophaseTurbulenceModels.C
  • dir wallFunctions
    • dir roughWallFunctions
      • dir fuhrmanOmegaWallFunction
        • file fuhrmanOmegaWallFunctionFvPatchScalarField.C
        • file fuhrmanOmegaWallFunctionFvPatchScalarField.H
      • dir knoppkWallFunction
        • file knoppkWallFunctionFvPatchScalarField.C
        • file knoppkWallFunctionFvPatchScalarField.H
      • dir knoppOmegaWallFunction
        • file knoppOmegaWallFunctionFvPatchScalarField.C
        • file knoppOmegaWallFunctionFvPatchScalarField.H
      • dir leeOmegaWallFunction
        • file leeOmegaWallFunctionFvPatchScalarField.C
        • file leeOmegaWallFunctionFvPatchScalarField.H
      • dir wilcoxOmegaWallFunction
        • file wilcoxOmegaWallFunctionFvPatchScalarField.C
        • file wilcoxOmegaWallFunctionFvPatchScalarField.H
• file algorithm.doc SedFOAM algorithm.
• file credits.doc People and organizations that contributed (doc)
• file faq.doc Answers to FAQ (doc)
• file governingEq.doc
• file howtodocker.doc howtodocker (doc)
• file howtogit.doc howtogit (doc)
• file index.doc index (doc)
• file input.doc Input parameters (doc)
• file install.doc Installation (doc)
• file ndsolution.doc ndsolution Non-dimensional solution (doc)
• file publications.doc Publication list (doc)
• file tutorials_DyM.doc Tutorials dynamic (doc)
• file tutorials_laminar.doc Tutorials laminar (doc)
• file tutorials_LES.doc tutorials_LES (doc)
• file tutorials_RAS.doc tutorials_RAS (doc)