pdd_heat/include/pdh_heat_materials.h

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/************************************************************************
File pdh_heat_materials.h - types and functions related to materials 
               handling

Contains declarations of routines:
  pdr_heat_material_read - reads materials file and fills structures
  pdr_heat_material_query - gets material data
  pdr_heat_material_free - free materials structures

------------------------------
History:
    2011    - Przemyslaw Plaszewski (pplaszew@agh.edu.pl)
    2011    - Aleksander Siwek (Aleksander.Siwek@agh.edu.pl)
    2012    - Krzysztof Banas (pobanas@cyf-kr.edu.pl)
    2016    - Aleksander Siwek (Aleksander.Siwek@agh.edu.pl)
*************************************************************************/

#ifndef PDH_HEAT_MATERIALS_H
#define PDH_HEAT_MATERIALS_H

#include <stdio.h>

#include "uth_mat.h"

#ifdef __cplusplus
extern "C"{
#endif

#ifdef PHASE_TRANSFORMATION
/* types of phase transformations */
typedef enum {
  PT_HEAT_UNKNOWN,
  PT_HEAT_FERRITE_START,
  PT_HEAT_FERRITE_STOP,
  PT_HEAT_PEARLITE_START,
  PT_HEAT_PEARLITE_STOP,
  PT_HEAT_BAINITE_START,
  PT_HEAT_BAINITE_STOP,
  PT_HEAT_MARTENSITE_START,
  PT_HEAT_MARTENSITE_STOP,
  PT_HEAT_FINISHED
} pdt_heat_pt_type;

/* types of phases */
typedef enum {
  P_HEAT_AUSTENITE,
  P_HEAT_FERRITE,
  P_HEAT_PEARLITE,
  P_HEAT_BAINITE,
  P_HEAT_MARTENSITE,
  P_HEAT_FIELDS_NB
} pdt_heat_p_type;


#endif


//typedef struct {
  
//  int matnum;
//  char name[20];
  
//  /* double *Tfor_dynamic_viscosity;     */
//  /* double *atT_dynamic_viscosity; */
//  /* int dynamic_viscosity_num; */
  
//  double *Tfor_density;
//  double *atT_density;
//  int density_num;
  
//  double *Tfor_thermal_conductivity;
//  double *atT_thermal_conductivity;
//  int thermal_conductivity_num;
  
//  double *Tfor_specific_heat;
//  double *atT_specific_heat;
//  int specific_heat_num;
  
//  double *Tfor_enthalpy;
//  double *atT_enthalpy;
//  int enthalpy_num;
  
//  double *Tfor_thermal_expansion_coefficient;
//  double *atT_thermal_expansion_coefficient;
//  int thermal_expansion_coefficient_num;

//  double *Tfor_electrical_resistivity;
//  double *atT_electrical_resistivity;
//  int electrical_resistivity_num;

//  double *Tfor_VOF;
//  double *atT_VOF;
//  int VOF_num;

//  double *Tfor_dg_dT;
//  double *atT_dg_dT;
//  int dg_dT_num;
  
//  double temp_solidus;
//  double temp_liquidus;
//  double temp_vaporization;
  
//  double latent_heat_of_fusion;
//  double latent_heat_of_vaporization;
  
//} pdt_heat_material_data;

//typedef struct{
//  int materials_num;
//  char **material_names;
//  pdt_heat_material_data *material_data;
//  //TODO: cache
//} pdt_heat_materials;

//typedef enum {
//  QUERY_HEAT_NODE,
//  QUERY_HEAT_POINT
//} pdt_heat_query_type;

//typedef struct{
//  char * name; //if searching by idx (idx >= 0) set to anything
//  int material_idx; //set -1 if you want to search by name
//  double temperature;
//  double xg[3];
//  pdt_heat_query_type query_type;
//  int cell_id;
//  int node_id;
//  double aux;
//  //in future: elem no., coordinates etc.
//} pdt_heat_material_query_params;

/* output of pdr_material_query */
//typedef struct{
//    char name[20];
//    //double dynamic_viscosity;
//    double thermal_conductivity;
//    double specific_heat;
//    double density;
//    double enthalpy;
//    double thermal_expansion_coefficient;
//    double electrical_resistivity;
//    double VOF;
//    //double dg_dT;
//    double temp_solidus;
//    double temp_liquidus;
//    double temp_vaporization;
//    double latent_heat_of_fusion;
//    double latent_heat_of_vaporization;
//} pdt_heat_material_query_result;


/**************************************/
/* INTERNAL PROCEDURES                */
/**************************************/
/* Rules:
/* - name always begins with pdr_ */
/* - argument names start uppercase */

int pdr_heat_material_read(
  char *Work_dir,
  char *Filename,
  FILE *Interactive_output
  //pdt_heat_materials *Materials_db /* out: materials structure to be filled */
  );
  
int pdr_heat_material_query(
  //const pdt_heat_materials *Materials_db, /*in:materials structure to read from*/
  const utt_material_query_params *Params, /* in: query parameters */
  utt_material_query_result *Result /* out: material data */
  );
  
//int pdr_heat_material_free(pdt_heat_materials *Materials_db);

#ifdef PHASE_TRANSFORMATION

int pdr_phases_field_init(int Problem_id);
#endif

#ifdef __cplusplus
}
#endif


#endif

---