updateFluxes.H File Reference

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Variables
	gradUf = fvsc::grad(U)
	——–Start——— More...
	divUf = tr(gradUf)
	gradef = fvsc::grad(e)
	gradRhof = fvsc::grad(rho)
	gradPf = fvsc::grad(p)
	divRhoUf = fvsc::div(rhoU)
surfaceVectorField	wHatf
	——–End——— More...
surfaceVectorField	wf
	jm = rhoLnf*(Uf - wf)
	phiJm = mesh.Sf() & jm
	phi = mesh.Sf() & linearInterpolate(rhoU)
	phiJmU = mesh.Sf() & (jm * Uf)
	——–End——— More...
	phiP = mesh.Sf() * pf

Variable Documentation

gradUf = fvsc::grad(U)

——–Start———

Definition at line 5 of file updateFluxes.H.

divUf = tr(gradUf)

Definition at line 7 of file updateFluxes.H.

gradef = fvsc::grad(e)

Definition at line 9 of file updateFluxes.H.

gradRhof = fvsc::grad(rho)

Definition at line 11 of file updateFluxes.H.

gradPf = fvsc::grad(p)

Definition at line 13 of file updateFluxes.H.

divRhoUf = fvsc::div(rhoU)

Definition at line 15 of file updateFluxes.H.

surfaceVectorField wHatf

Initial value:

= 
    (tauQGDf / rhof)
    *
    (
        ((rhof*Uf) & gradUf) + gradPf
    )

——–End———

——–Start———

Definition at line 26 of file updateFluxes.H.

surfaceVectorField wf

Initial value:

=
  wHatf + (tauQGDf/rhof)*(Uf * divRhoUf)

Definition at line 32 of file updateFluxes.H.

jm = rhoLnf*(Uf - wf)

Definition at line 35 of file updateFluxes.H.

phiJm = mesh.Sf() & jm

Definition at line 36 of file updateFluxes.H.

phi = mesh.Sf() & linearInterpolate(rhoU)

Definition at line 37 of file updateFluxes.H.

phiJmU = mesh.Sf() & (jm * Uf)

——–End———

——–Start———

Definition at line 47 of file updateFluxes.H.

phiP = mesh.Sf() * pf

Definition at line 48 of file updateFluxes.H.