Collaboration diagram for temperature model:

Variables
integer, dimension(:), pointer, save	iztag1d

integer, save	nztag1d

double precision, dimension(:), pointer, save	ztpar
	Constant value of the wall temperature given by the user when the thermal 1D model is not activated for the condensation model with different zones specified in the user subroutine cs_user_wall_condensation. More...

double precision, dimension(:, :), pointer, save	zxrefcond

double precision, dimension(:, :), pointer, save	zprojcond

Detailed Description

Variable Documentation

◆ iztag1d

integer, dimension(:), pointer, save iztag1d

choice the way to compute the wall temperature at the solid/fluid interface coupled with condensation to the wall

1: the wall temperature is computed with a 1-D thermal model with implicit numerical scheme
0: the wall temperature is imposed as constant by the user (default) exchange coefficient evaluated by the copain correlation

◆ nztag1d

integer, save nztag1d

Indicate if the thermal 1D model of severe accident is usde to compute the wall temperature at the solid/fluid interface coupled with condensation to the wall

1: the wall temperature is computed with a 1-D thermal model with implicit numerical scheme
0: the wall temperature is imposed as constant by the user (default) exchange coefficient evaluated by the copain correlation

◆ zprojcond

double precision, dimension(:, :), pointer, save zprojcond

◆ ztpar

double precision, dimension(:), pointer, save ztpar

Constant value of the wall temperature given by the user when the thermal 1D model is not activated for the condensation model with different zones specified in the user subroutine cs_user_wall_condensation.

◆ zxrefcond

double precision, dimension(:, :), pointer, save zxrefcond

Coordinates of the reference point for forced and mixed convection regimes index 1 : coordinate, index 2: zone_id