Dilatation disspation correction to to k-epsilon
I'm using OF 2.1.1 and I'm trying to include a compressibility correction (dilatation dissipation) term to the k equation of the compressible RNG k-epsilon model. For this term I need the local speed of sound of the gas. Therefore, I need the pressure, temperature, and heat capacity of the (multispecies) gas I'm studying. What would be the easiest way to access these properties in the compressible RNG k-epsilon code?
So the speed of sound would be something like this:
volScalarField c = sqrt(thermo.Cp()/(thermo.Cp()-rPsi/T)*rPsi);
where rPsi = 1/psi = p/rho.
(rho is already available in the code).
|All times are GMT -4. The time now is 01:11.|