createFaceFluxes.H File Reference

Go to the source code of this file.

Functions
surfaceVectorField	gradPf ("gradPf", fvsc::grad(p))
	——–Start——— More...
surfaceVectorField	gradTf ("gradTf", fvsc::grad(T))
surfaceTensorField	gradUf ("gradUf", fvsc::grad(U))
surfaceTensorField	gradWf ("gradWf", fvsc::grad(W))
surfaceVectorField	gradRhof ("gradRhof", fvsc::grad(rho))
surfaceScalarField	divUf ("divUf",)
surfaceVectorField	phiUf ("phiUf", phi *Uf+(mesh.Sf()&(Wf *Wf)))
	——–End——— More...
surfaceScalarField	Pbyrho ("Pbyrho", pf/rhof)
surfaceScalarField	phiTf ("phiTf", phi *Tf)
surfaceVectorField	phiPi ("phiPi", muf/rhof *mesh.Sf()&(gradUf+gradUf.T()))
surfaceScalarField	phiUmWT ("phiUmWT",((Uf-Wf)*Tf)&mesh.Sf())
	——–End——— More...
surfaceScalarField	Hif ("Hif", alphaf/rhof)

Detailed Description

Original source file createFaceFluxes.H

Create Face Fluxes for calculation SourceFile QHDFoam.C /*—————————————————————————*\ Field for debugging parallel execution and tau-terms evaluation /* volScalarField cellNo ( IOobject ( "cellNo", runTime.timeName(), mesh, IOobject::NO_READ, IOobject::AUTO_WRITE ), rho*0.0 );

forAll(cellNo, celli) { cellNo[celli] = mesh.C()[celli].z(); } forAll(cellNo.boundaryField(), patchi) { forAll(cellNo.boundaryField()[patchi], facei) { cellNo.boundaryFieldRef()[patchi][facei] = mesh.Cf().boundaryField()[patchi][facei].z(); } } surfaceVectorField cellNoGradf ( "cellNoGradf", fvsc::grad(cellNo) );

cellNo.write(); cellNoGradf.write(); return 0;

Definition in file createFaceFluxes.H.

Function Documentation

surfaceVectorField gradPf	(	"gradPf"	,
		fvsc::	gradp
	)

——–Start———

surfaceVectorField gradTf	(	"gradTf"	,
		fvsc::	gradT
	)

surfaceTensorField gradUf	(	"gradUf"	,
		fvsc::	gradU
	)

surfaceTensorField gradWf	(	"gradWf"	,
		fvsc::	gradW
	)

surfaceVectorField gradRhof	(	"gradRhof"	,
		fvsc::	gradrho
	)

surfaceScalarField divUf

(

"divUf"

)

surfaceVectorField phiUf	(	"phiUf"	,
		phi *Uf+	mesh.Sf()&(Wf *Wf)
	)

——–End———

P equation fluxes ——–Start——— ——–End———

——–Start———

surfaceScalarField Pbyrho	(	"Pbyrho"	,
		pf/	rhof
	)

surfaceScalarField phiTf	(	"phiTf"	,
		phi *	Tf
	)

surfaceVectorField phiPi	(	"phiPi"	,
		muf/rhof *mesh.	Sf)&(gradUf+gradUf.T()
	)

surfaceScalarField phiUmWT	(	"phiUmWT"	,
		((Uf-Wf)*Tf)&mesh.Sf()
	)

——–End———

——–Start———

surfaceScalarField Hif	(	"Hif"	,
		alphaf/	rhof
	)