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TEqn.H
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1
2alphat.correctBoundaryConditions();
3
4
5tmp<fvScalarMatrix> tTEqn
6(
7
8 fvm::div(phi, T)
9 ==
10 fvm::laplacian(turbulence->nu() / Pr + alphat, T)
11 +(v / CpRef) * (decLam1 * dec1 + decLam2 * dec2 + decLam3* dec3)
12 + (SP * (1 - decbetaTot)*v / CpRef)*flux
13
14 );
15fvScalarMatrix& TEqn = tTEqn.ref();
16//TEqn.relax();
17//TEqn.solve();
18//Tresidual=TEqn.solve().initialResidual();
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volScalarField & T
Definition createT.H:46
tmp< fvScalarMatrix > tTEqn(fvm::div(phi, T)==fvm::laplacian(turbulence->nu()/Pr+alphat, T)+(v/CpRef) *(decLam1 *dec1+decLam2 *dec2+decLam3 *dec3)+(SP *(1 - decbetaTot) *v/CpRef) *flux)
fvScalarMatrix & TEqn
Definition TEqn.H:15
volScalarField & SP
dimensionedScalar & decbetaTot
volScalarField & v
volScalarField & alphat
volScalarField & flux
volScalarField & dec3
volScalarField & dec1
volScalarField & dec2
dimensionedScalar & CpRef
dimensionedScalar & Pr
dimensionedScalar & decLam1
dimensionedScalar & decLam3
dimensionedScalar & decLam2
surfaceScalarField & phi
turbulence