updateFields.H File Reference

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Variables
	gradUf = fvsc::grad(U)
	gradWf = fvsc::grad(W)
	gradTf = fvsc::grad(T)
	muf = qgdInterpolate(turbulence->muEff())
	alphaf = qgdInterpolate(thermo.alpha())
	rhof = qgdInterpolate(rho)
	Uf = qgdInterpolate(U)
	Tf = qgdInterpolate(T)
	BdFrc = beta*T*g
	BdFrcf = qgdInterpolate(BdFrc)
	Hif = alphaf/rhof
	Cpf = qgdInterpolate(thermo.Cp())

Detailed Description

Original source file updateFields.H

Update fields during calculations SourceFile QHDFoam.C

Definition in file updateFields.H.

Variable Documentation

gradUf = fvsc::grad(U)

Definition at line 26 of file updateFields.H.

gradWf = fvsc::grad(W)

Definition at line 28 of file updateFields.H.

gradTf = fvsc::grad(T)

Definition at line 30 of file updateFields.H.

muf = qgdInterpolate(turbulence->muEff())

Definition at line 37 of file updateFields.H.

alphaf = qgdInterpolate(thermo.alpha())

Definition at line 38 of file updateFields.H.

rhof = qgdInterpolate(rho)

Definition at line 47 of file updateFields.H.

Uf = qgdInterpolate(U)

Definition at line 50 of file updateFields.H.

Tf = qgdInterpolate(T)

Definition at line 53 of file updateFields.H.

BdFrc = beta*T*g

Definition at line 56 of file updateFields.H.

BdFrcf = qgdInterpolate(BdFrc)

Definition at line 57 of file updateFields.H.

Hif = alphaf/rhof

Definition at line 60 of file updateFields.H.

Cpf = qgdInterpolate(thermo.Cp())

Definition at line 63 of file updateFields.H.