#include <cs_cdo_turbulence.h>

Collaboration diagram for cs_turbulence_t:

Data Fields
Turbulence modelling
Set of parameters to handle turbulence modelling.
cs_turbulence_param_t *	param

cs_equation_t *	mom_eq

Main properties related to the turbulence modelling
cs_property_t *	rho

cs_property_t *	mu_tot

cs_property_t *	mu_l

cs_property_t *	mu_t

cs_real_t *	mu_tot_array

Main related fields
cs_field_t *	mu_t_field

cs_field_t *	rij

Main structure and function pointers
The context structure is a structure cast on-the-fly and function pointers are a limited set of functions associated to the main operations for this structure: initialization, destruction, computation and update.
void *	context

cs_turb_init_context_t *	init_context

cs_turb_free_context_t *	free_context

cs_turb_compute_t *	compute

cs_turb_compute_t *	compute_steady

cs_turb_update_t *	update

Field Documentation

◆ compute

compute

Function pointer to compute all variables related to a turbulence model

◆ compute_steady

compute_steady

Function pointer to compute in steady mode all variables related to a turbulence model

◆ context

context

Context related to the turbulence modelling. This structure is cast on-the-fly according to the modelling choices

◆ free_context

free_context

Function pointer to de-allocate memory owned by the context structure

◆ init_context

init_context

Function pointer to initialize the context structure

◆ mom_eq

mom_eq

Pointer to the momentum equation structure.

◆ mu_l

mu_l

laminar viscosity

◆ mu_t

mu_t

total viscosity (dynamic turbulent + laminar)

dynamic turbulent viscosity

◆ mu_t_field

cs_field_t* mu_t_field

Reynolds stress tensor

◆ mu_tot

cs_property_t* mu_tot

mass density

◆ mu_tot_array

mu_tot_array

Array storing the value of the total viscosity in each cell

◆ param

param

Main set of parameters to handle turbulence modelling. The members of this structure are shared with the legacy part.

◆ rho

rho