ITHACA-FV
2023.1
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ITHACA_FOMPROBLEMS
msrProblem
TEqn.H
Go to the documentation of this file.
1
2
alphat
.correctBoundaryConditions();
3
4
5
tmp<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
);
15
fvScalarMatrix&
TEqn
=
tTEqn
.ref();
16
//TEqn.relax();
17
//TEqn.solve();
18
//Tresidual=TEqn.solve().initialResidual();
19
20
21
22
23
T
volScalarField & T
Definition
createT.H:46
tTEqn
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)
TEqn
fvScalarMatrix & TEqn
Definition
TEqn.H:15
SP
volScalarField & SP
Definition
createConstants.H:170
decbetaTot
dimensionedScalar & decbetaTot
Definition
createConstants.H:51
v
volScalarField & v
Definition
createConstants.H:69
alphat
volScalarField & alphat
Definition
createConstants.H:235
flux
volScalarField & flux
Definition
createFields_Neutronics.H:45
dec3
volScalarField & dec3
Definition
createFields_Thermal.H:125
dec1
volScalarField & dec1
Definition
createFields_Thermal.H:72
dec2
volScalarField & dec2
Definition
createFields_Thermal.H:98
CpRef
dimensionedScalar & CpRef
Definition
readConstants.H:67
Pr
dimensionedScalar & Pr
Definition
readConstants.H:39
decLam1
dimensionedScalar & decLam1
Definition
readConstants_TH.H:21
decLam3
dimensionedScalar & decLam3
Definition
readConstants_TH.H:39
decLam2
dimensionedScalar & decLam2
Definition
readConstants_TH.H:30
phi
surfaceScalarField & phi
Definition
createFields.H:68
turbulence
turbulence
Definition
createFields.H:88
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