9.0
general documentation
Loading...
Searching...
No Matches
cs_thermal_model_t Struct Reference

Thermal model descriptor. More...

#include <cs_thermal_model.h>

Collaboration diagram for cs_thermal_model_t:

Data Fields

union { 
   cs_thermal_model_variable_t   thermal_variable 
   int   itherm 
}; 
union { 
   cs_temperature_scale_t   temperature_scale 
   int   itpscl 
}; 
int has_kinetic_st
int cflt
int cflp
bool has_pdivu
bool has_dissipation

Detailed Description

Thermal model descriptor.

Members of this thermal model are publicly accessible, to allow for concise syntax, as it is expected to be used in many places.

Field Documentation

◆ [union]

union { ... }

◆ [union]

union { ... }

◆ cflp

int cflp

Take kinetic source term in energy equation into account (see Amino, Flageul, Carissimo, Tiselj, Benhamadouche, Ferrand 2022)

  • false (default)
  • true

◆ cflt

int cflt

Take kinetic source term in energy equation into account (see Amino, Flageul, Carissimo, Tiselj, Benhamadouche, Ferrand 2022)

  • false (default)
  • true

◆ has_dissipation

bool has_dissipation

Add to the right hand side the thermal dissipation term

◆ has_kinetic_st

int has_kinetic_st

Take kinetic source term in energy equation into account (see Amino, Flageul, Carissimo, Tiselj, Benhamadouche, Ferrand 2022)

  • 0 (default)
  • 1

◆ has_pdivu

bool has_pdivu

Add to the right hand side the term equal to -p div(u)

◆ itherm

int itherm
Deprecated
alias/old name for thermal_variable

◆ itpscl

int itpscl
Deprecated
alias/old name for temperature_scale

◆ temperature_scale

cs_temperature_scale_t temperature_scale

Temperature scale The specification of the temperature scale in a consistent manner with the values used (initial and boundary conditions) is especially important in case of radiation modelling.

  • 0: none
  • 1: Kelvin
  • 2: Celsius

◆ thermal_variable

cs_thermal_model_variable_t thermal_variable

Thermal variable solved for this physical model.

  • 0: no thermal model
  • 1: temperature
  • 2: enthalpy
  • 3: total energy (only for compressible module)
  • 4: internal energy

The documentation for this struct was generated from the following files: