Compressible models options

Collaboration diagram for Compressible models options:

Modules
	Homogeneous two-phase compressible model options
	Physical properties

Data Types
struct	cs_cf_model_t
	Compressible model general options descriptor. More...

Variables
integer(c_int), pointer, save	ieos
	indicator of equation of state mapping cs_cf_model_t::ieos More...
integer(c_int), pointer, save	ithvar
	thermodynamic variables indicator for initialization mapping cs_cf_model_t::ithvar More...
integer, dimension(:), allocatable	ifbet
	imposed thermal flux indicator at the boundary (some boundary contributions of the total energy eq. have to be cancelled) More...
integer, dimension(:), allocatable, target	icvfli
	boundary convection flux indicator of a Rusanov or an analytical flux (some boundary contributions of the momentum eq. have to be cancelled) More...
real(c_double), pointer, save	psginf
	Stiffened gas limit pressure (Pa) for single phase model Equal to zero in perfect gas mapping cs_cf_model_t::psginf. More...
real(c_double), pointer, save	gammasg
	Stiffened gas polytropic coefficient (dimensionless) for single phase model mapping cs_cf_model_t::gammasg. More...
integer, save	ienerg
	specific total energy for compressible algorithm More...
integer, save	itempk
	temperature deduced from the specific total energy More...
int	ieos
int	ithvar
double	psginf
double	gammasg

Detailed Description

\ defgroup compressible Compressible models options

Variable Documentation

gammasg [1/2]

real(c_double), pointer, save gammasg

Stiffened gas polytropic coefficient (dimensionless) for single phase model mapping cs_cf_model_t::gammasg.

gammasg [2/2]

gammasg

stiffened gas polytropic coefficient (dimensionless) for single phase model

icvfli

integer, dimension(:), allocatable, target icvfli

boundary convection flux indicator of a Rusanov or an analytical flux (some boundary contributions of the momentum eq. have to be cancelled)

ienerg

integer, save ienerg

specific total energy for compressible algorithm

ieos [1/2]

integer(c_int), pointer, save ieos

indicator of equation of state mapping cs_cf_model_t::ieos

ieos [2/2]

ieos

indicator of equation of state

• CS_EOS_IDEAL_GAS: ideal gas with a constant adiabatic coefficient
• CS_EOS_STIFFENED_GAS: stiffened gas
• CS_EOS_GAS_MIX: mix of ideal gas
• CS_EOS_HOMOGENEOUS_TWO_PHASE: two-phase homogeneous model only, each phase follows a stiffened gas law.
• CS_EOS_MOIST_AIR: moist air equation of state with condensable (mixture of two ideal gas)

ifbet

integer, dimension(:), allocatable ifbet

imposed thermal flux indicator at the boundary (some boundary contributions of the total energy eq. have to be cancelled)

itempk

integer, save itempk

temperature deduced from the specific total energy

ithvar [1/2]

integer(c_int), pointer, save ithvar

thermodynamic variables indicator for initialization mapping cs_cf_model_t::ithvar

ithvar [2/2]

ithvar

indicator for thermodynamic variables initialization

psginf [1/2]

real(c_double), pointer, save psginf

Stiffened gas limit pressure (Pa) for single phase model Equal to zero in perfect gas mapping cs_cf_model_t::psginf.

psginf [2/2]

psginf

stiffened gas limit pressure (zero in perfect gas) for single phase model in Pa