programmer's documentation
Data Fields
cs_lagr_zone_class_data_t Struct Reference

#include <cs_lagr.h>

Collaboration diagram for cs_lagr_zone_class_data_t:
Collaboration graph

Data Fields

cs_lnum_t nb_part
 
int injection_frequency
 
int velocity_profile
 
int distribution_profile
 
int temperature_profile
 
int diameter_profile
 
int coal_profile
 
int coal_number
 
int cluster
 
cs_real_t velocity_magnitude
 
cs_real_t velocity [3]
 
cs_real_ttemperature
 
cs_real_t diameter
 
cs_real_t diameter_variance
 
cs_real_t density
 
cs_real_t foul_index
 
cs_real_t cp
 
cs_real_t stat_weight
 
cs_real_t flow_rate
 
cs_real_t emissivity
 
cs_real_t water_mass_fraction
 
cs_real_tcoal_mass_fraction
 
cs_real_tcoke_mass_fraction
 
cs_real_t shrinking_diameter
 
cs_real_t initial_diameter
 
cs_real_tcoke_density
 

Field Documentation

§ cluster

int cluster

statistics group number

§ coal_mass_fraction

cs_real_t* coal_mass_fraction

active coal mass fraction in coal particles

§ coal_number

int coal_number

coal number of the particle (if physical_model=2)

§ coal_profile

int coal_profile

type of coal initial composition (if physical_model=2)

  • 1: coal initial composition is given by DP_FCP
  • 0: user profile to be defined cs_user_lagr_boundary_conditions

§ coke_density

cs_real_t* coke_density

coke density after pyrolysis (for coal particles)

§ coke_mass_fraction

cs_real_t* coke_mass_fraction

coke mass fraction in coal particles

§ cp

particle specific heat

§ density

cs_real_t density

density

§ diameter

cs_real_t diameter

particle diameter

§ diameter_profile

int diameter_profile

type of user profiles:

  • 1: flat diameter profile
  • 2: user profile to be defined in cs_user_lagr_boundary_conditions

§ diameter_variance

cs_real_t diameter_variance

particle diameter variance

§ distribution_profile

int distribution_profile

distribution profile:

  • 1 uniform distribution,
  • 2 presence rate profile given by user.

§ emissivity

cs_real_t emissivity

particle emissivity

§ flow_rate

cs_real_t flow_rate

flow rate

§ foul_index

cs_real_t foul_index

fouling index

§ initial_diameter

cs_real_t initial_diameter

initial particle diameter (for coal particles)

§ injection_frequency

int injection_frequency

injection frequency (if < 0, particles are introduced only at first iteration)

§ nb_part

cs_lnum_t nb_part

number of particles per class and per boundary zone

§ shrinking_diameter

cs_real_t shrinking_diameter

diameter of shrinking core

§ stat_weight

cs_real_t stat_weight

particle weight

§ temperature

cs_real_t* temperature

particle temperature (size: n_layer)

§ temperature_profile

int temperature_profile

temperature profile:

  • 1 constant temperature profile
  • 2 temperature profile given by the user

§ velocity

cs_real_t velocity[3]

particle velocity components by class and zone

§ velocity_magnitude

cs_real_t velocity_magnitude

particle velocity magnitude

§ velocity_profile

int velocity_profile

velocity condition type:

  • -1 imposed fluid velocity (from cell velocity)
  • 0 imposed fluid velocity along the normal of the boundary face, with iuno norm.
  • 1 imposed velocity: iupt ivpt iwpt must be given.
  • 2 velocity profile given by user.

§ water_mass_fraction

cs_real_t water_mass_fraction

water mass fraction in coal particles


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