/*
Copyright (c) 2024 PTC Inc. and/or Its Subsidiary Companies. All Rights Reserved.
*/
/*---------------------- Pro/Toolkit Includes ------------------------*/
#include <ProToolkit.h>
#include <ProMdl.h>
#include <ProMaterial.h>
#include <ProSolid.h>
#include <ProModelitem.h>
/*--------------------------------------------------------------------*\
Application global/external data
\*--------------------------------------------------------------------*/
/*=========================================================================*\
The structure contains the material properties required for non-linear
material definition. Other properties can be added from ProMaterial.h as
required.
\*=========================================================================*/
typedef struct matl_proprty_data {
wchar_t* model; /*PRO_MATPROP_MODEL, String*/
wchar_t* sub_type; /*PRO_MATPROP_SUB_TYPE String*/
ProBool model_def_by_tests; /*PRO_MATPROP_MODEL_DEF_BY_TESTS, Boolean*/
double model_coeff_mu; /*PRO_MATPROP_MODEL_COEF_MU, Double*/
double model_coeff_lm; /*PRO_MATPROP_MODEL_COEF_LM, Double*/
double model_coeff_c01; /*PRO_MATPROP_MODEL_COEF_C01, Double*/
double model_coeff_c02; /*PRO_MATPROP_MODEL_COEF_C02, Double*/
double model_coeff_c10; /*PRO_MATPROP_MODEL_COEF_C10, Double*/
double model_coeff_c11; /*PRO_MATPROP_MODEL_COEF_C11, Double*/
double model_coeff_c20; /*PRO_MATPROP_MODEL_COEF_C20, Double*/
double model_coeff_c30; /*PRO_MATPROP_MODEL_COEF_C30, Double*/
double model_coeff_d; /*PRO_MATPROP_MODEL_COEF_D, Double*/
double model_coeff_d1; /*PRO_MATPROP_MODEL_COEF_D1, Double*/
double model_coeff_d2; /*PRO_MATPROP_MODEL_COEF_D2, Double*/
double model_coeff_d3; /*PRO_MATPROP_MODEL_COEF_D3, Double*/
int type; /*PRO_MATPROP_TYPE
Integer*/
wchar_t* material_description; /*PRO_MATPROP_MATERIAL_DESCRIPTION
WString*/
wchar_t* failure_criterion_type; /*PRO_MATPROP_FAILURE_CRITERION_TYPE
WString*/
wchar_t* fatigue_type; /*PRO_MATPROP_FATIGUE_TYPE
wString*/
double thermal_expansion_coefficient;
/*PRO_MATPROP_THERMAL_EXPANSION_COEFFICIENT
Double*/
double specific_heat; /*PRO_MATPROP_SPECIFIC_HEAT
Double*/
double thermal_conductivity; /*PRO_MATPROP_THERMAL_CONDUCTIVITY
Double*/
double mass_density; /*PRO_MATPROP_MASS_DENSITY
Double*/
wchar_t* xhatch_file; /*PRO_MATPROP_XHATCH_FILE
WString*/
double tensile_yield_stress; /*PRO_MATPROP_TENSILE_YIELD_STRESS
Double*/
}MatrlPropData;
/*---------------------- Function Prototypes -------------------------*/
ProError UsrMaterialItemIntPropertySet (ProMaterialItem* mat_item,
ProMaterialPropertyType type,
int i_val);
ProError UsrMaterialItemDoublePropertySet (ProMaterialItem* mat_item,
ProMaterialPropertyType type,
double d_val);
ProError UsrMaterialItemStringPropertySet (ProMaterialItem* mat_item,
ProMaterialPropertyType type,
wchar_t* s_val);
ProError UsrMaterialItemBoolPropertySet (ProMaterialItem* mat_item,
ProMaterialPropertyType type,
short l_val);
ProError UsrNonlinMaterialCreate (ProMdl Mdl, MatrlPropData data,
ProName name);
/*====================================================================*\
FUNCTION : UsrNonlinMaterialCreateWrapper
PURPOSE : To set the new material properties.
\*====================================================================*/
int UsrNonlinMaterialCreateWrapper()
{
ProMdl mdl;
MatrlPropData data;
ProMaterialItem mat_item;
ProName name;
int status;
/*--------------------------------------------------------------------*\
Set the new material name
\*--------------------------------------------------------------------*/
ProStringToWstring (name, "matl_poly2");
status = ProMdlCurrentGet (&mdl);
if(status != PRO_TK_NO_ERROR)
return 0;
/*--------------------------------------------------------------------*\
Set the new material properties
\*--------------------------------------------------------------------*/
data.type = PRO_MATERIAL_TYPE_STRUCTURAL_ISOTROPIC |
PRO_MATERIAL_TYPE_THERMAL_ISOTROPIC;
data.material_description = L"taken from spec";
data.failure_criterion_type = PRO_MATERIAL_FAILURE_DISTORTION_ENERGY;
data.fatigue_type = PRO_MATERIAL_FATIGUE_TYPE_NONE;
data.sub_type = PRO_MATERIAL_SUB_TYPE_HYPERELASTIC;
data.thermal_expansion_coefficient = 4.444000e-05;
data.specific_heat = 1.444000e+06;
data.thermal_conductivity = 1.182589e+01;
data.mass_density = 4.335775e-02;
data.xhatch_file = L"";
data.model_def_by_tests = PRO_B_FALSE;
data.model = PRO_MATERIAL_MODEL_POLYNOMIAL;
data.model_coeff_c10 = 8.809880e-01;
data.model_coeff_c20 = 1.116500e-02;
data.model_coeff_c01 = 3.780000e-04;
data.model_coeff_c02 = 1.000000e+00;
data.model_coeff_c11 = -1.620000e-04;
data.model_coeff_d1 = 0.00;
data.model_coeff_d2 = 0.00;
data.tensile_yield_stress = 2.519884e+06;
/*--------------------------------------------------------------------*\
Call the material create function
\*--------------------------------------------------------------------*/
UsrNonlinMaterialCreate(mdl, data, name);
return 0;
}
/*====================================================================*\
FUNCTION : UsrNonlinMaterialCreate()
PURPOSE : To create the new non linear material.
\*====================================================================*/
ProError UsrNonlinMaterialCreate(ProMdl Mdl, MatrlPropData data,
ProName name)
{
ProMaterialItem mat_item;
ProMaterial material;
ProMaterialCreate (Mdl, name,
NULL, &material);
ProModelitemByNameInit (Mdl, PRO_RP_MATERIAL, name,
&mat_item);
/*--------------------------------------------------------------------*\
Set material properties
\*--------------------------------------------------------------------*/
UsrMaterialItemIntPropertySet (&mat_item,
PRO_MATPROP_TYPE,
data.type);
UsrMaterialItemStringPropertySet (&mat_item,
PRO_MATPROP_MATERIAL_DESCRIPTION,
data.material_description);
UsrMaterialItemStringPropertySet (&mat_item,
PRO_MATPROP_FAILURE_CRITERION_TYPE,
data.failure_criterion_type);
UsrMaterialItemStringPropertySet (&mat_item,
PRO_MATPROP_FATIGUE_TYPE,
data.fatigue_type);
UsrMaterialItemStringPropertySet (&mat_item,
PRO_MATPROP_SUB_TYPE,
data.sub_type);
UsrMaterialItemDoublePropertySet (&mat_item,
PRO_MATPROP_THERMAL_EXPANSION_COEFFICIENT,
data.thermal_expansion_coefficient);
UsrMaterialItemDoublePropertySet (&mat_item,
PRO_MATPROP_SPECIFIC_HEAT,
data.specific_heat);
UsrMaterialItemDoublePropertySet (&mat_item,
PRO_MATPROP_THERMAL_CONDUCTIVITY,
data.thermal_conductivity);
UsrMaterialItemDoublePropertySet (&mat_item,
PRO_MATPROP_MASS_DENSITY,
data.mass_density);
UsrMaterialItemStringPropertySet (&mat_item,
PRO_MATPROP_XHATCH_FILE,
data.xhatch_file);
UsrMaterialItemBoolPropertySet (&mat_item,
PRO_MATPROP_MODEL_DEF_BY_TESTS,
data.model_def_by_tests);
UsrMaterialItemStringPropertySet (&mat_item,
PRO_MATPROP_MODEL,
data.model);
UsrMaterialItemDoublePropertySet (&mat_item,
PRO_MATPROP_MODEL_COEF_C10,
data.model_coeff_c10);
UsrMaterialItemDoublePropertySet (&mat_item,
PRO_MATPROP_MODEL_COEF_C01,
data.model_coeff_c01);
UsrMaterialItemDoublePropertySet (&mat_item,
PRO_MATPROP_MODEL_COEF_C20,
data.model_coeff_c20);
UsrMaterialItemDoublePropertySet (&mat_item,
PRO_MATPROP_MODEL_COEF_C02,
data.model_coeff_c02);
UsrMaterialItemDoublePropertySet (&mat_item,
PRO_MATPROP_MODEL_COEF_C11,
data.model_coeff_c11);
UsrMaterialItemDoublePropertySet (&mat_item,
PRO_MATPROP_MODEL_COEF_D1,
data.model_coeff_d1);
UsrMaterialItemDoublePropertySet (&mat_item,
PRO_MATPROP_MODEL_COEF_D2,
data.model_coeff_d2);
UsrMaterialItemDoublePropertySet (&mat_item,
PRO_MATPROP_TENSILE_YIELD_STRESS,
data.tensile_yield_stress);
return PRO_TK_NO_ERROR;
}
/*====================================================================*\
FUNCTION : UsrMaterialItemBoolPropertySet()
PURPOSE : To set material property of type ProBool.
\*====================================================================*/
ProError UsrMaterialItemBoolPropertySet (ProMaterialItem* mat_item,
ProMaterialPropertyType type,
short l_val)
{
ProParamvalue value;
value.type = PRO_PARAM_BOOLEAN;
value.value.l_val = l_val;
ProMaterialPropertySet (mat_item, type, &value, NULL);
return PRO_TK_NO_ERROR;
}
/*====================================================================*\
FUNCTION : UsrMaterialItemIntPropertySet()
PURPOSE : To set material property of type integer.
\*====================================================================*/
ProError UsrMaterialItemIntPropertySet (ProMaterialItem* mat_item,
ProMaterialPropertyType type,
int i_val)
{
ProParamvalue value;
value.type = PRO_PARAM_INTEGER;
value.value.i_val = i_val;
ProMaterialPropertySet (mat_item, type, &value, NULL);
return PRO_TK_NO_ERROR;
}
/*====================================================================*\
FUNCTION : UsrMaterialItemDoublePropertySet()
PURPOSE : To set material property of type double.
\*====================================================================*/
ProError UsrMaterialItemDoublePropertySet (ProMaterialItem* mat_item,
ProMaterialPropertyType type,
double d_val)
{
ProParamvalue value;
ProUnititem units;
ProParamvalue old_val;
int err;
value.type = PRO_PARAM_DOUBLE;
value.value.d_val = d_val;
err = ProMaterialPropertyGet (mat_item, type, &old_val, &units);
if (err == PRO_TK_E_NOT_FOUND)
ProMaterialPropertySet (mat_item, type, &value, NULL);
else
ProMaterialPropertySet (mat_item, type, &value, &units);
return PRO_TK_NO_ERROR;
}
/*====================================================================*\
FUNCTION : UsrMaterialItemStringPropertySet()
PURPOSE : To set material property of type string
\*====================================================================*/
ProError UsrMaterialItemStringPropertySet (ProMaterialItem* mat_item,
ProMaterialPropertyType type,
wchar_t* s_val)
{
ProParamvalue value;
value.type = PRO_PARAM_STRING;
ProWstringCopy (s_val, value.value.s_val, PRO_VALUE_UNUSED);
ProMaterialPropertySet (mat_item, type, &value, NULL);
return PRO_TK_NO_ERROR;
}