mod_compute_k_omega_functions Module Reference

Compute k-ω STD and SST functions. More...

Functions/Subroutines
subroutine	compute_sst_blending_functions (cross_diffusion, sst_blending_function_1, sst_blending_function_2)
subroutine	compute_sst_turbulent_viscosity (strain_rate_magnitude, sst_blending_function_2)
subroutine	compute_rans_komega_production_term (strain_rate_magnitude, turbulent_kinetic_energy, production_term)
subroutine	compute_k_omega_std_turbulent_viscosity (strain_rate_magnitude)
subroutine	compute_energy_fluctuation ()
subroutine	compute_sigma_d (sigma_d, cross_diffusion)
subroutine	compute_f_beta (f_beta)
subroutine	compute_cross_diffusion (cross_diffusion)
	Compute the cross diffusion term.
subroutine	update_specific_dissipation_rate_wall_boundary_condition ()

Detailed Description

Compute k-ω STD and SST functions.

Function/Subroutine Documentation

compute_cross_diffusion()

subroutine mod_compute_k_omega_functions::compute_cross_diffusion

(

double precision, dimension(:,:,:), intent(inout)

cross_diffusion

)

Compute the cross diffusion term.

@TODO [MC] As stated by Wilcox/literature and all: the cross diffusion term cannot be negative in k-omega?