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Data Fields
cs_elec_option_t Struct Reference

option for electric model More...

#include <cs_elec_model.h>

Collaboration diagram for cs_elec_option_t:
Collaboration graph

Data Fields

int ieljou
 
int ielarc
 
int ixkabe
 
int ntdcla
 
int irestrike
 
cs_real_t restrike_point [3]
 
cs_real_t crit_reca [5]
 
int ielcor
 
int modrec
 
int idreca
 
int * izreca
 
cs_real_t couimp
 
cs_real_t pot_diff
 
cs_real_t puisim
 
cs_real_t coejou
 
cs_real_t elcou
 
cs_real_t srrom
 
char * ficfpp
 

Detailed Description

option for electric model

Field Documentation

◆ coejou

coejou

coefficient for scaling

◆ couimp

couimp

imposed current

◆ crit_reca

crit_reca

define plane for scaling

◆ elcou

elcou

current in scaling plane

◆ ficfpp

ficfpp

data file name

◆ idreca

idreca

direction for current for scaling

◆ ielarc

ielarc

electric arc model

  • -1: module not activated
  • 1: determination of the magnetic field by means of the Ampere’ theorem
  • 2: determination of the magnetic field by means of the vector potential

◆ ielcor

ielcor

indicate if scaling or not

◆ ieljou

ieljou

joule model

  • -1: module not activated
  • 1: use of a real potential
  • 2: use of a complex potential
  • 3: use of real potential and specific boundary conditions
  • 4: use of complex potential and specific boundary conditions

◆ irestrike

irestrike

indicate if restrike or not

◆ ixkabe

ixkabe

model for radiative properties

  • 0: last column read but not use
  • 1: last column : absorption coefficient
  • 2: last column : radiative ST

◆ izreca

izreca

indicator for faces for scaling

◆ modrec

modrec

model for scaling

  • 1: volumic power
  • 2: by plane
  • 3: user function

◆ ntdcla

ntdcla

first iteration to take into account restrike model

◆ pot_diff

pot_diff

potential difference

◆ puisim

puisim

imposed power

◆ restrike_point

restrike_point

coordinates for restrike point

◆ srrom

cs_real_t srrom

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