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Class Property is the base class for GOLP, it defines the interfaces to query properties. It is a template class, the float type is its template parameter. it has only one data member, std::string _name, which saves the name of the matter.
template<typename val_T>
class Property
{
std::string _name;
public:
Property(const char* name) : m_name(name) { }
virtual ~Property() { }
virtual const char *Name() const { return m_name.c_str(); }
...
virtual const char *Name() const { return m_name.c_str(); } // name
virtual const char *Formula() = 0; // formula
virtual const char *Description() = 0; // description
member functions Formula() and Description() are pure virtual function, which must be override by the concrete property class.
query the property constants, all functions are named as 'get_propertyname'. The return value type is val_T, and have none input parameter.
| description | property name | function name | default value | |
| basic parameters | molecular weight | mwi | get_mwi | |
| degree of freedom | dof | get_dof | ||
| gas constant | Rgas | get_Rgas | ||
| critical point | critical temperature | critic_T | get_critic_T | |
| critical pressure | critic_P | get_critic_P | ||
| critical specific volume | critic_sv | get_critic_sv | ||
| critical compress factor | critic_Z | get_critic_Z | ||
| triple point | triple temperature | triple_T | get_triple_T | |
| triple pressure | triple_P | get_triple_P | ||
| Lennard-Jones characteristic parameters | Lennard-Jones characteristic length | charSigma | get_charSigma | |
| Lennard-Jones characteristic energy | charEpsK | get_charEpsK |
properties on normal conditions(normal temperature and normal pressure), all functions are named as 'get_propertyname'. The return value type is val_T, and have none input parameter.
the two functions are used to set and get reference conditions:
val_T get_ref_T( ) // return reference temperature val_T get_ref_P( ) // return reference pressure
| description | property name | function name | default value | |
| thermodynamic properties | specific volume | sv | get_sv | |
| specific internal energy | su | get_su | ||
| specific enthalpy | sh | get_sh | ||
| specific entropy | ss | get_ss | ||
| constant-pressure specific heat | Cp | get_Cp | ||
| cosntant-volume specific heat | Cv | get_Cv | ||
| compress factor | Z | get_Z | ||
| standard enthalpy of formation | hform | get_hform | ||
| absorption coefficient | abs_coef | get_abs_coef | ||
| scattering coefficient | scat_coef | get_scat_coef | ||
| volatile fraction | volatile_frac | get_volatile_frac | ||
| combustible fraction | combustible_frac | get_combustible_frac | ||
| thermophoretic diffusion coefficient | thermophoretic_coef | get_thermophoretic_coef | ||
| heat of pyrolysis | hpyrolysis | get_hpyrolysis | ||
| particle swelling coefficien | swell_coef | get_swell_coef | ||
| burnout stoichiometry for combusting particle | burn_stoich | get_burn_stoich | ||
| heat of reaction for burnout | heat_react | get_heat_react | ||
| fraction of hreact given to solid | heat_react_frac | get_heat_react_frac | ||
| surface tension coefficient | surface_tension_coef | get_surface_tension_coef | ||
| thermophysical properties | desity | rho | get_rho | |
| laminar viscosity | mu | get_mu | ||
| moving viscosity | nu | get_nu | ||
| Prantle number | Pr | get_Pr | ||
| thermal conductivity (isotropic) | ktc | get_ktc | ||
| thermal conductivity (anisotropic/ortho direction 0) | ktc0 | get_ktc0 | ||
| thermal conductivity (orthotropic direction 1) | ktc1 | get_ktc1 | ||
| thermal conductivity (orthotropic direction 2) | ktc2 | get_ktc2 | ||
| binary mass diffusivity coefficient | diff | get_diff | ||
| thermal diffusion coefficient | thermal_diff | get_thermal_diff | ||
| thermal expansion coefficient | therm_exp_coef | get_therm_exp_coef | ||
| physical properties | particle emissivity | emissivity | get_emissivity | |
| particle scattering factor | scat_factor | get_scat_factor | ||
| refractive index | refractive_index | get_refractive_index | ||
| porosity (Vol_void/Vol_bulk) of porous (solid) mat'ls | porosity | get_porosity | ||
| sound speed | sound_speed | get_sound_speed |
most functions are named as 'tget_propertyname'. The return value type is val_T, and use temperature as its input parameter.
the tget_ref_P function return reference pressureval_T tget_ref_P( )
| description | property name | function name | default value | |
| thermodynamic properties | specific volume | sv | tget_sv | |
| specific internal energy | su | tget_su | ||
| specific enthalpy | sh | tget_sh | ||
| specific entropy | ss | tget_ss | ||
| constant-pressure specific heat | Cp | tget_Cp | ||
| constant-volume specific heat | Cv | tget_Cv | ||
| compress factor | Z | tget_Z | ||
| thermophoretic diffusion coefficient | thermophoretic_coef | tget_thermophoretic_coef | ||
| particle swelling coefficien | swell_coef | tget_swell_coef | ||
| surface tension coefficient | surface_tension_coef | tget_surface_tension_coef | ||
| thermophysical properties | desity | rho | tget_rho | |
| laminar viscosity | mu | tget_mu | ||
| moving viscosity | nu | tget_nu | ||
| Prantle number | Pr | tget_Pr | ||
| thermal conductivity (isotropic) | ktc | tget_ktc | ||
| thermal conductivity (anisotropic/ortho direction 0) | ktc0 | tget_ktc0 | ||
| thermal conductivity (orthotropic direction 1) | ktc1 | tget_ktc1 | ||
| thermal conductivity (orthotropic direction 2) | ktc2 | tget_ktc2 | ||
| binary mass diffusivity coefficient | diff | tget_diff | ||
| thermal diffusion coefficient | thermal_diff | tget_thermal_diff | ||
| thermal expansion coefficient | therm_exp_coef | tget_therm_exp_coef | ||
| physical properties | particle emissivity | emissivity | tget_emissivity | |
| particle scattering factor | scat_factor | tget_scat_factor | ||
| refractive index | refractive_index | tget_refractive_index | ||
| sound speed | sound_speed | tget_sound_speed |
all functions are named as 'pget_propertyname'. The return value type is val_T, and use pressure as its input parameter.
the pget_ref_T function return reference pressureval_T pget_ref_T( )
| description | property name | function name | default value | |
| thermodynamic properties | specific volume | sv | pget_sv | |
| specific internal energy | su | pget_su | ||
| specific enthalpy | sh | pget_sh | ||
| specific entropy | ss | pget_ss | ||
| constant-pressure specific heat | Cp | pget_Cp | ||
| constant-volume specific heat | Cv | pget_Cv | ||
| compress factor | Z | pget_Z | ||
| thermophoretic diffusion coefficient | thermophoretic_coef | pget_thermophoretic_coef | ||
| particle swelling coefficien | swell_coef | pget_swell_coef | ||
| surface tension coefficient | surface_tension_coef | pget_surface_tension_coef | ||
| thermophysical properties | desity | rho | pget_rho | |
| laminar viscosity | mu | pget_mu | ||
| moving viscosity | nu | pget_nu | ||
| Prantle number | Pr | pget_Pr | ||
| thermal conductivity (isotropic) | ktc | pget_ktc | ||
| thermal conductivity (anisotropic/ortho direction 0) | ktc0 | pget_ktc0 | ||
| thermal conductivity (orthotropic direction 1) | ktc1 | pget_ktc1 | ||
| thermal conductivity (orthotropic direction 2) | ktc2 | pget_ktc2 | ||
| binary mass diffusivity coefficient | diff | pget_diff | ||
| thermal diffusion coefficient | thermal_diff | pget_thermal_diff | ||
| thermal expansion coefficient | therm_exp_coef | pget_therm_exp_coef | ||
| physical properties | particle emissivity | emissivity | pget_emissivity | |
| particle scattering factor | scat_factor | pget_scat_factor | ||
| refractive index | refractive_index | pget_refractive_index | ||
| porosity (Vol_void/Vol_bulk) of porous (solid) mat'ls | porosity | pget_porosity | ||
| sound speed | sound_speed | pget_sound_speed |
when tmperature is given, use tget_vapor_propertyname to get properties. The two functions are used to get saturation pressure and latent heat.
val_T tget_vapor_P(val_T T) val_T tget_vapor_latent_heat(val_T T)
the other functions have two input parameters, ie
val_T tget_vapor_sh(val_T T, bool x)
x detemines property of which phase is returned. if x is true, returns property of gas phase, otherwise, liquid phase.
| description | property name | function name | default value | |
| thermodynamic properties | specific volume | sv | tget_vapor_sv | |
| specific internal energy | su | tget_vapor_su | ||
| specific enthalpy | sh | tget_vapor_sh | ||
| specific entropy | ss | tget_vapor_ss | ||
| constant-pressure specific heat | Cp | tget_vapor_Cp | ||
| constant-volume specific heat | Cv | tget_vapor_Cv | ||
| compress factor | Z | tget_vapor_Z | ||
| thermophoretic diffusion coefficient | thermophoretic_coef | tget_vapor_thermophoretic_coef | ||
| particle swelling coefficien | swell_coef | tget_vapor_swell_coef | ||
| surface tension coefficient | surface_tension_coef | tget_vapor_surface_tension_coef | ||
| thermophysical properties | desity | rho | tget_vapor_rho | |
| laminar viscosity | mu | tget_vapor_mu | ||
| moving viscosity | nu | tget_vapor_nu | ||
| Prantle number | Pr | tget_vapor_Pr | ||
| thermal conductivity (isotropic) | ktc | tget_vapor_ktc | ||
| thermal conductivity (anisotropic/ortho direction 0) | ktc0 | tget_vapor_ktc0 | ||
| thermal conductivity (orthotropic direction 1) | ktc1 | tget_vapor_ktc1 | ||
| thermal conductivity (orthotropic direction 2) | ktc2 | tget_vapor_ktc2 | ||
| binary mass diffusivity coefficient | diff | tget_vapor_diff | ||
| thermal diffusion coefficient | thermal_diff | tget_vapor_thermal_diff | ||
| thermal expansion coefficient | therm_exp_coef | tget_vapor_therm_exp_coef | ||
| physical properties | particle emissivity | emissivity | tget_vapor_emissivity | |
| particle scattering factor | scat_factor | tget_vapor_scat_factor | ||
| refractive index | refractive_index | tget_vapor_refractive_index | ||
| sound speed | sound_speed | tget_vapor_sound_speed |
when pressure is given, use pget_vapor_propertyname to get properties. The two functions are used to get saturation temperature and latent heat.
val_T pget_vapor_P(val_T P) val_T pget_vapor_latent_heat(val_T P)
the other functions have two input parameters, ie
val_T pget_vapor_sh(val_T P, bool x)
x detemines property of which phase is returned. if x is true, returns property of gas phase, otherwise, liquid phase.
| description | property name | function name | default value | |
| thermodynamic properties | specific volume | sv | pget_vapor_sv | |
| specific internal energy | su | pget_vapor_su | ||
| specific enthalpy | sh | pget_vapor_sh | ||
| specific entropy | ss | pget_vapor_ss | ||
| constant-pressure specific heat | Cp | pget_vapor_Cp | ||
| constant-volume specific heat | Cv | pget_vapor_Cv | ||
| compress factor | Z | pget_vapor_Z | ||
| thermophoretic diffusion coefficient | thermophoretic_coef | pget_vapor_thermophoretic_coef | ||
| particle swelling coefficien | swell_coef | pget_vapor_swell_coef | ||
| surface tension coefficient | surface_tension_coef | pget_vapor_surface_tension_coef | ||
| thermophysical properties | desity | rho | pget_vapor_rho | |
| laminar viscosity | mu | pget_vapor_mu | ||
| moving viscosity | nu | pget_vapor_nu | ||
| Prantle number | Pr | pget_vapor_Pr | ||
| thermal conductivity (isotropic) | ktc | pget_vapor_ktc | ||
| thermal conductivity (anisotropic/ortho direction 0) | ktc0 | pget_vapor_ktc0 | ||
| thermal conductivity (orthotropic direction 1) | ktc1 | pget_vapor_ktc1 | ||
| thermal conductivity (orthotropic direction 2) | ktc2 | pget_vapor_ktc2 | ||
| binary mass diffusivity coefficient | diff | pget_vapor_diff | ||
| thermal diffusion coefficient | thermal_diff | pget_vapor_thermal_diff | ||
| thermal expansion coefficient | therm_exp_coef | pget_vapor_therm_exp_coef | ||
| physical properties | particle emissivity | emissivity | pget_vapor_emissivity | |
| particle scattering factor | scat_factor | pget_vapor_scat_factor | ||
| refractive index | refractive_index | pget_vapor_refractive_index | ||
| sound speed | sound_speed | pget_vapor_sound_speed |
when specific volume is given, use vget_vapor_propertyname to get properties. The three functions are used to get saturation temperature, pressure and latent heat.
val_T vget_vapor_T(val_T v) val_T vget_vapor_P(val_T v) val_T vget_vapor_latent_heat(val_T v)
the other functions have two input parameters, ie
val_T vget_vapor_sh(val_T v, bool x)
x detemines property of which phase is returned. if x is true, returns property of gas phase, otherwise, liquid phase.
| description | property name | function name | default value | |
| thermodynamic properties | specific volume | sv | vget_vapor_sv | |
| specific internal energy | su | vget_vapor_su | ||
| specific enthalpy | sh | vget_vapor_sh | ||
| specific entropy | ss | vget_vapor_ss |
when tmperature is given, use tget_fusion_propertyname to get properties. The two functions are used to get saturation pressure and latent heat.
val_T tget_fusion_P(val_T T) val_T tget_fusion_latent_heat(val_T T)
the other functions have two input parameters, ie
val_T tget_fusion_sh(val_T T, bool x)
x detemines property of which phase is returned. if x is true, returns property of liquid phase, otherwise, solid phase.
| description | property name | function name | default value | |
| thermodynamic properties | specific volume | sv | tget_fusion_sv | |
| specific internal energy | su | tget_fusion_su | ||
| specific enthalpy | sh | tget_fusion_sh | ||
| specific entropy | ss | tget_fusion_ss | ||
| constant-pressure specific heat | Cp | tget_fusion_Cp | ||
| constant-volume specific heat | Cv | tget_fusion_Cv | ||
| compress factor | Z | tget_fusion_Z | ||
| thermophoretic diffusion coefficient | thermophoretic_coef | tget_fusion_thermophoretic_coef | ||
| particle swelling coefficien | swell_coef | tget_fusion_swell_coef | ||
| surface tension coefficient | surface_tension_coef | tget_fusion_surface_tension_coef | ||
| thermophysical properties | desity | rho | tget_fusion_rho | |
| laminar viscosity | mu | tget_fusion_mu | ||
| moving viscosity | nu | tget_fusion_nu | ||
| Prantle number | Pr | tget_fusion_Pr | ||
| thermal conductivity (isotropic) | ktc | tget_fusion_ktc | ||
| thermal conductivity (anisotropic/ortho direction 0) | ktc0 | tget_fusion_ktc0 | ||
| thermal conductivity (orthotropic direction 1) | ktc1 | tget_fusion_ktc1 | ||
| thermal conductivity (orthotropic direction 2) | ktc2 | tget_fusion_ktc2 | ||
| binary mass diffusivity coefficient | diff | tget_fusion_diff | ||
| thermal diffusion coefficient | thermal_diff | tget_fusion_thermal_diff | ||
| thermal expansion coefficient | therm_exp_coef | tget_fusion_therm_exp_coef | ||
| physical properties | particle emissivity | emissivity | tget_fusion_emissivity | |
| particle scattering factor | scat_factor | tget_fusion_scat_factor | ||
| refractive index | refractive_index | tget_fusion_refractive_index | ||
| sound speed | sound_speed | tget_fusion_sound_speed |
when pressure is given, use pget_fusion_propertyname to get properties. The two functions are used to get saturation temperature and latent heat.
val_T pget_fusion_P(val_T P) val_T pget_fusion_latent_heat(val_T P)
the other functions have two input parameters, ie
val_T pget_fusion_sh(val_T P, bool x)
x detemines property of which phase is returned. if x is true, returns property of liquid phase, otherwise, solid phase.
| description | property name | function name | default value | |
| thermodynamic properties | specific volume | sv | pget_fusion_sv | |
| specific internal energy | su | pget_fusion_su | ||
| specific enthalpy | sh | pget_fusion_sh | ||
| specific entropy | ss | pget_fusion_ss | ||
| constant-pressure specific heat | Cp | pget_fusion_Cp | ||
| constant-volume specific heat | Cv | pget_fusion_Cv | ||
| compress factor | Z | pget_fusion_Z | ||
| thermophoretic diffusion coefficient | thermophoretic_coef | pget_fusion_thermophoretic_coef | ||
| particle swelling coefficien | swell_coef | pget_fusion_swell_coef | ||
| surface tension coefficient | surface_tension_coef | pget_fusion_surface_tension_coef | ||
| thermophysical properties | desity | rho | pget_fusion_rho | |
| laminar viscosity | mu | pget_fusion_mu | ||
| moving viscosity | nu | pget_fusion_nu | ||
| Prantle number | Pr | pget_fusion_Pr | ||
| thermal conductivity (isotropic) | ktc | pget_fusion_ktc | ||
| thermal conductivity (anisotropic/ortho direction 0) | ktc0 | pget_fusion_ktc0 | ||
| thermal conductivity (orthotropic direction 1) | ktc1 | pget_fusion_ktc1 | ||
| thermal conductivity (orthotropic direction 2) | ktc2 | pget_fusion_ktc2 | ||
| binary mass diffusivity coefficient | diff | pget_fusion_diff | ||
| thermal diffusion coefficient | thermal_diff | pget_fusion_thermal_diff | ||
| thermal expansion coefficient | therm_exp_coef | pget_fusion_therm_exp_coef | ||
| physical properties | particle emissivity | emissivity | pget_fusion_emissivity | |
| particle scattering factor | scat_factor | pget_fusion_scat_factor | ||
| refractive index | refractive_index | pget_fusion_refractive_index | ||
| sound speed | sound_speed | pget_fusion_sound_speed |
when specific volume is given, use vget_fusion_propertyname to get properties. The three functions are used to get saturation temperature, pressure and latent heat.
val_T vget_fusion_T(val_T v) val_T vget_fusion_P(val_T v) val_T vget_fusion_latent_heat(val_T v)
the other functions have two input parameters, ie
val_T vget_fusion_sh(val_T v, bool x)
x detemines property of which phase is returned. if x is true, returns property of liquid phase, otherwise, solid phase.
| description | property name | function name | default value | |
| thermodynamic properties | specific volume | sv | vget_fusion_sv | |
| specific internal energy | su | vget_fusion_su | ||
| specific enthalpy | sh | vget_fusion_sh | ||
| specific entropy | ss | vget_fusion_ss |
when tmperature is given, use tget_sublim_propertyname to get properties. The two functions are used to get saturation pressure and latent heat.
val_T tget_sublim_P(val_T T) val_T tget_sublim_latent_heat(val_T T)
the other functions have two input parameters, ie
val_T tget_sublim_sh(val_T T, bool x)
x detemines property of which phase is returned. if x is true, returns property of gas phase, otherwise, solid phase.
| description | property name | function name | default value | |
| thermodynamic properties | specific volume | sv | tget_sublim_sv | |
| specific internal energy | su | tget_sublim_su | ||
| specific enthalpy | sh | tget_sublim_sh | ||
| specific entropy | ss | tget_sublim_ss | ||
| constant-pressure specific heat | Cp | tget_sublim_Cp | ||
| constant-volume specific heat | Cv | tget_sublim_Cv | ||
| compress factor | Z | tget_sublim_Z | ||
| thermophoretic diffusion coefficient | thermophoretic_coef | tget_sublim_thermophoretic_coef | ||
| particle swelling coefficien | swell_coef | tget_sublim_swell_coef | ||
| surface tension coefficient | surface_tension_coef | tget_sublim_surface_tension_coef | ||
| thermophysical properties | desity | rho | tget_sublim_rho | |
| laminar viscosity | mu | tget_sublim_mu | ||
| moving viscosity | nu | tget_sublim_nu | ||
| Prantle number | Pr | tget_sublim_Pr | ||
| thermal conductivity (isotropic) | ktc | tget_sublim_ktc | ||
| thermal conductivity (anisotropic/ortho direction 0) | ktc0 | tget_sublim_ktc0 | ||
| thermal conductivity (orthotropic direction 1) | ktc1 | tget_sublim_ktc1 | ||
| thermal conductivity (orthotropic direction 2) | ktc2 | tget_sublim_ktc2 | ||
| binary mass diffusivity coefficient | diff | tget_sublim_diff | ||
| thermal diffusion coefficient | thermal_diff | tget_sublim_thermal_diff | ||
| thermal expansion coefficient | therm_exp_coef | tget_sublim_therm_exp_coef | ||
| physical properties | particle emissivity | emissivity | tget_sublim_emissivity | |
| particle scattering factor | scat_factor | tget_sublim_scat_factor | ||
| refractive index | refractive_index | tget_sublim_refractive_index | ||
| sound speed | sound_speed | tget_sublim_sound_speed |
when pressure is given, use pget_sublim_propertyname to get properties. The two functions are used to get saturation temperature and latent heat.
val_T pget_sublim_P(val_T P) val_T pget_sublim_latent_heat(val_T P)
the other functions have two input parameters, ie
val_T pget_sublim_sh(val_T P, bool x)
x detemines property of which phase is returned. if x is true, returns property of gas phase, otherwise, solid phase.
| description | property name | function name | default value | |
| thermodynamic properties | specific volume | sv | pget_sublim_sv | |
| specific internal energy | su | pget_sublim_su | ||
| specific enthalpy | sh | pget_sublim_sh | ||
| specific entropy | ss | pget_sublim_ss | ||
| constant-pressure specific heat | Cp | pget_sublim_Cp | ||
| constant-volume specific heat | Cv | pget_sublim_Cv | ||
| compress factor | Z | pget_sublim_Z | ||
| thermophoretic diffusion coefficient | thermophoretic_coef | pget_sublim_thermophoretic_coef | ||
| particle swelling coefficien | swell_coef | pget_sublim_swell_coef | ||
| surface tension coefficient | surface_tension_coef | pget_sublim_surface_tension_coef | ||
| thermophysical properties | desity | rho | pget_sublim_rho | |
| laminar viscosity | mu | pget_sublim_mu | ||
| moving viscosity | nu | pget_sublim_nu | ||
| Prantle number | Pr | pget_sublim_Pr | ||
| thermal conductivity (isotropic) | ktc | pget_sublim_ktc | ||
| thermal conductivity (anisotropic/ortho direction 0) | ktc0 | pget_sublim_ktc0 | ||
| thermal conductivity (orthotropic direction 1) | ktc1 | pget_sublim_ktc1 | ||
| thermal conductivity (orthotropic direction 2) | ktc2 | pget_sublim_ktc2 | ||
| binary mass diffusivity coefficient | diff | pget_sublim_diff | ||
| thermal diffusion coefficient | thermal_diff | pget_sublim_thermal_diff | ||
| thermal expansion coefficient | therm_exp_coef | pget_sublim_therm_exp_coef | ||
| physical properties | particle emissivity | emissivity | pget_sublim_emissivity | |
| particle scattering factor | scat_factor | pget_sublim_scat_factor | ||
| refractive index | refractive_index | pget_sublim_refractive_index | ||
| sound speed | sound_speed | pget_sublim_sound_speed |
when specific volume is given, use vget_sublim_propertyname to get properties. The three functions are used to get saturation temperature, pressure and latent heat.
val_T vget_sublim_T(val_T v) val_T vget_sublim_P(val_T v) val_T vget_sublim_latent_heat(val_T v)
the other functions have two input parameters, ie
val_T vget_sublim_sh(val_T v, bool x)
x detemines property of which phase is returned. if x is true, returns property of gas phase, otherwise, solid phase.
| description | property name | function name | default value | |
| thermodynamic properties | specific volume | sv | vget_sublim_sv | |
| specific internal energy | su | vget_sublim_su | ||
| specific enthalpy | sh | vget_sublim_sh | ||
| specific entropy | ss | vget_sublim_ss |
all functions are named as 'tpget_propertyname'. The return value is val_T, and use temperature and pressure as its input parameters.
val_T tpget_rho(val_T T, val_T P);
| description | property name | function name | default value | |
| thermodynamic properties | specific volume | sv | tpget_sv | |
| specific internal energy | su | tpget_su | ||
| specific enthalpy | sh | tpget_sh | ||
| specific entropy | ss | tpget_ss | ||
| constant-pressure specific heat | Cp | tpget_Cp | ||
| constant-volume specific heat | Cv | tpget_Cv | ||
| compress factor | Z | tpget_Z | ||
| thermophoretic diffusion coefficient | thermophoretic_coef | tpget_thermophoretic_coef | ||
| particle swelling coefficien | swell_coef | tpget_swell_coef | ||
| surface tension coefficient | surface_tension_coef | tpget_surface_tension_coef | ||
| thermophysical properties | desity | rho | tpget_rho | |
| laminar viscosity | mu | tpget_mu | ||
| moving viscosity | nu | tpget_nu | ||
| Prantle number | Pr | tpget_Pr | ||
| thermal conductivity (isotropic) | ktc | tpget_ktc | ||
| thermal conductivity (anisotropic/ortho direction 0) | ktc0 | tpget_ktc0 | ||
| thermal conductivity (orthotropic direction 1) | ktc1 | tpget_ktc1 | ||
| thermal conductivity (orthotropic direction 2) | ktc2 | tpget_ktc2 | ||
| binary mass diffusivity coefficient | diff | tpget_diff | ||
| thermal diffusion coefficient | thermal_diff | tpget_thermal_diff | ||
| thermal expansion coefficient | therm_exp_coef | tpget_therm_exp_coef | ||
| physical properties | particle emissivity | emissivity | tpget_emissivity | |
| particle scattering factor | scat_factor | tpget_scat_factor | ||
| refractive index | refractive_index | tpget_refractive_index | ||
| sound speed | sound_speed | tpget_sound_speed | ||
| phase state | phase | tpget_phase | 0-solid, 1-liquid, 2-gas |
all functions are named as 'tvget_propertyname'. The return value is val_T, and use temperature and specific volume as its input parameters.
val_T tvget_rho(val_T T, val_T v);
| description | property name | function name | default value | |
| thermodynamic properties | pressure | P | tvget_P | |
| specific internal energy | su | tvget_su | ||
| specific enthalpy | sh | tvget_sh | ||
| specific entropy | ss | tvget_ss | ||
| constant-pressure specific heat | Cp | tvget_Cp | ||
| constant-volume specific heat | Cv | tvget_Cv | ||
| compress factor | Z | tvget_Z | ||
| thermophoretic diffusion coefficient | thermophoretic_coef | tvget_thermophoretic_coef | ||
| particle swelling coefficien | swell_coef | tvget_swell_coef | ||
| surface tension coefficient | surface_tension_coef | tvget_surface_tension_coef | ||
| thermophysical properties | desity | rho | tvget_ | |
| laminar viscosity | mu | tvget_mu | ||
| moving viscosity | nu | tvget_nu | ||
| Prantle number | Pr | tvget_Pr | ||
| thermal conductivity (isotropic) | ktc | tvget_ktc | ||
| thermal conductivity (anisotropic/ortho direction 0) | ktc0 | tvget_ktc0 | ||
| thermal conductivity (orthotropic direction 1) | ktc1 | tvget_ktc1 | ||
| thermal conductivity (orthotropic direction 2) | ktc2 | tvget_ktc2 | ||
| binary mass diffusivity coefficient | diff | tvget_diff | ||
| thermal diffusion coefficient | thermal_diff | tvget_thermal_diff | ||
| thermal expansion coefficient | therm_exp_coef | tvget_therm_exp_coef | ||
| physical properties | particle emissivity | emissivity | tvget_emissivity | |
| particle scattering factor | scat_factor | tvget_scat_factor | ||
| refractive index | refractive_index | tvget_refractive_index | ||
| sound speed | sound_speed | tvget_sound_speed | ||
| phase state | phase | tvget_phase | 0-solid, 1-liquid, 2-gas |
all functions are named as 'pvget_propertyname'. The return value is val_T, and use pressure and specific volume as its input parameters.
val_T pvget_rho(val_T P, val_T v);
| description | property name | function name | default value | |
| thermodynamic properties | temperature | T | pvget_T | |
| specific internal energy | su | pvget_su | ||
| specific enthalpy | sh | pvget_sh | ||
| specific entropy | ss | pvget_ss | ||
| constant-pressure specific heat | Cp | pvget_Cp | ||
| constant-volume specific heat | Cv | pvget_Cv | ||
| compress factor | Z | pvget_Z | ||
| thermophoretic diffusion coefficient | thermophoretic_coef | pvget_thermophoretic_coef | ||
| particle swelling coefficien | swell_coef | pvget_swell_coef | ||
| surface tension coefficient | surface_tension_coef | pvget_surface_tension_coef | ||
| thermophysical properties | desity | rho | pvget_rho | |
| laminar viscosity | mu | pvget_mu | ||
| moving viscosity | nu | pvget_nu | ||
| Prantle number | Pr | pvget_Pr | ||
| thermal conductivity (isotropic) | ktc | pvget_ktc | ||
| thermal conductivity (anisotropic/ortho direction 0) | ktc0 | pvget_ktc0 | ||
| thermal conductivity (orthotropic direction 1) | ktc1 | pvget_ktc1 | ||
| thermal conductivity (orthotropic direction 2) | ktc2 | pvget_ktc2 | ||
| binary mass diffusivity coefficient | diff | pvget_diff | ||
| thermal diffusion coefficient | thermal_diff | pvget_thermal_diff | ||
| thermal expansion coefficient | therm_exp_coef | pvget_therm_exp_coef | ||
| physical properties | particle emissivity | emissivity | pvget_emissivity | |
| particle scattering factor | scat_factor | pvget_scat_factor | ||
| refractive index | refractive_index | pvget_refractive_index | ||
| sound speed | sound_speed | pvget_sound_speed | ||
| phase state | phase | pvget_phase | 0-solid, 1-liquid, 2-gas |
all functions are named as 'tsget_propertyname'. The return value is val_T, and use temperature and specific entropy as its input parameters.
| description | property name | function name | default value | |
| parameters of system state | pressure | P | tsget_P | |
| specific volume | sv | tsget_sv | ||
| specific internal energy | su | tsget_su | ||
| specific enthalpy | sh | tsget_sh |
all functions are named as 'phget_propertyname'. The return value is val_T, and use pressure and specific enthalpy as its input parameters.
| description | property name | function name | default value | |
| parameters of system state | temperature | T | phget_T | |
| specific volume | sv | phget_sv | ||
| specific internal energy | su | phget_su | ||
| specific entropy | ss | phget_ss |
all functions are named as 'psget_propertyname'. The return value is val_T, and use pressure and specific entropy as its input parameters.
| description | property name | function name | default value | |
| parameters of system state | temperature | T | psget_T | |
| specific volume | sv | psget_sv | ||
| specific internal energy | su | psget_su | ||
| specific enthalpy | sh | psget_sh |
all functions are named as 'vhget_propertyname'. The return value is val_T, and use specific volume and specific enthalpy as its input parameters.
| description | property name | function name | default value | |
| parameters of system state | temperature | T | vhget_T | |
| pressure | P | vhget_P | ||
| specific internal energy | su | vhget_su | ||
| specific entropy | ss | vhget_ss |
all functions are named as 'vsget_propertyname'. The return value is val_T, and use specific volume and specific entropy as its input parameters.
| description | property name | function name | default value | |
| parameters of system state | temperature | T | vsget_T | |
| pressure | P | vsget_P | ||
| specific internal energy | su | vsget_su | ||
| specific enthalpy | sh | vsget_sh |
class PropertyException, the base class for all exception classes of GOLP. It is derived from std exception class.
class PropertyNotImplenment, if a property query function is not implemented, it must throw a PropertyNotImplenment exception.
functions in class Property are most throw PropertyNotImplenment exception.
virtual val_T get_rho() const { // density
throw PropertyNotImplement(m_name.c_str(), "get_rho");
}
TemperatureExceed, PressureExceed, SpecificVolumeExceed, SpecificVolumeExceed, SpecificEntropyExceed or SpecificEnthalpyExceed exception will be throw if the input parameters are out of range.
The hierarchy chart of these exception classes:
std::exception
|
|- PropertyException
|
|- PropertyError
|
|- PropertyNotImplement
|
|- PropertyParameterExceed
|
|- TemperatureExceed
|
|- PressureExceed
|
|- SpecificVolumeExceed
|
|- SpecificEntropyExceed
|
|- SpecificEnthalpyExceed
[intro][interfaces][exceptions][code][home]
allan xu, 2002-10-18