Physical properties

Physical properties are using the field API. See cs_user_boundary_conditions for some examples. More...

Collaboration diagram for Physical properties:

Variables
integer, save	iviscl = -1
	dynamic molecular viscosity (in kg/(m.s)) More...
integer, save	ivisct = -1
	dynamic turbulent viscosity More...
integer, save	kimasf = -1
	interior and boundary convective mass flux key ids of the variables More...
integer, save	kbmasf = -1
integer, save	kvisl0 = -1
	constant diffusivity field id key for scalars More...
integer, save	kivisl = -1
	variable diffusivity field id key for scalars More...
integer, save	ksigmas = -1
	turbulent schmidt key for scalars More...
integer, save	icrom = -1
	cell density field ids of the variables More...
integer, save	ibrom = -1
	boundary density field ids of the variables More...
integer, dimension(nscamx), save	iustdy
	pointer for dilatation source terms More...
integer, save	itsrho = -1
	pointer for global dilatation source terms More...

Detailed Description

Physical properties are using the field API. See cs_user_boundary_conditions for some examples.

Variable Documentation

ibrom

integer, save ibrom = -1

boundary density field ids of the variables

icrom

integer, save icrom = -1

cell density field ids of the variables

itsrho

integer, save itsrho = -1

pointer for global dilatation source terms

iustdy

integer, dimension(nscamx), save iustdy

pointer for dilatation source terms

iviscl

integer, save iviscl = -1

dynamic molecular viscosity (in kg/(m.s))

ivisct

integer, save ivisct = -1

dynamic turbulent viscosity

kbmasf

integer, save kbmasf = -1

kimasf

integer, save kimasf = -1

interior and boundary convective mass flux key ids of the variables

kivisl

integer, save kivisl = -1

variable diffusivity field id key for scalars

ksigmas

integer, save ksigmas = -1

turbulent schmidt key for scalars

kvisl0

integer, save kvisl0 = -1

constant diffusivity field id key for scalars