ConOpSys V2970
P004.07
ANVILEX control operating system
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General structure of properties of substances. More...
Public Attributes | |
F32 | F32_Mass |
Mass of matter (m), [kg]. More... | |
F32 | F32_Density |
Density of matter (ro), [kg/m^3]. More... | |
F32 | F32_Area [2] |
Area of matter (S), [m^2]. More... | |
F32 | F32_Volume |
Volume of matter (V), [m^3]. More... | |
F32 | F32_Velocity |
Velosity of of movement of matter (w), [m/s]. More... | |
F64 | F64_Temperature |
Initial value of temperature of matter (T), [°C]. More... | |
F64 | F64_Delta_Temperature |
Initial value of temperature increment of matter (T), [°C]. More... | |
F32 | F32_Specific_Heat_Capacity |
Specific heat capacity of matter (c), [J/(kg*°C)]. More... | |
F32 | F32_Kinematic_Viscosity_Coefficient |
Kinematic viscosity coefficient of matter (nu), [m^2/s]. More... | |
F32 | F32_Dynamic_Viscosity_Coefficient |
Dynamic viscosity coefficient of matter (eta), [P*s]. More... | |
F32 | F32_Heat_Transfer_Coefficient |
Heat transfer coefficient (a), [W/(m^2 * °C)]. More... | |
F32 | F32_Heat_Capacity |
Heat capacity of matter (C), [J/°C]. More... | |
F32 | F32_Coefficient_Of_Thermal_Conductivity |
Coefficient of thermal conductivity of matter (lambda), [W/(m*°C)]. More... | |
F32 | F32_Heat_Flow_Path_Length [2] |
Heat flow path length (d), [m]. More... | |
General structure of properties of substances.
F32 TFunction_Block_Cooling_System_Model::Properties::F32_Area[2] |
Area of matter (S), [m^2].
Referenced by TFunction_Block_Cooling_System_Model::Execute(), and TFunction_Block_Cooling_System_Model::TFunction_Block_Cooling_System_Model().
F32 TFunction_Block_Cooling_System_Model::Properties::F32_Coefficient_Of_Thermal_Conductivity |
Coefficient of thermal conductivity of matter (lambda), [W/(m*°C)].
Referenced by TFunction_Block_Cooling_System_Model::Execute(), and TFunction_Block_Cooling_System_Model::TFunction_Block_Cooling_System_Model().
F32 TFunction_Block_Cooling_System_Model::Properties::F32_Density |
Density of matter (ro), [kg/m^3].
Referenced by TFunction_Block_Cooling_System_Model::TFunction_Block_Cooling_System_Model().
F32 TFunction_Block_Cooling_System_Model::Properties::F32_Dynamic_Viscosity_Coefficient |
Dynamic viscosity coefficient of matter (eta), [P*s].
F32 TFunction_Block_Cooling_System_Model::Properties::F32_Heat_Capacity |
Heat capacity of matter (C), [J/°C].
Referenced by TFunction_Block_Cooling_System_Model::Execute(), and TFunction_Block_Cooling_System_Model::TFunction_Block_Cooling_System_Model().
F32 TFunction_Block_Cooling_System_Model::Properties::F32_Heat_Flow_Path_Length[2] |
Heat flow path length (d), [m].
Referenced by TFunction_Block_Cooling_System_Model::Execute(), and TFunction_Block_Cooling_System_Model::TFunction_Block_Cooling_System_Model().
F32 TFunction_Block_Cooling_System_Model::Properties::F32_Heat_Transfer_Coefficient |
Heat transfer coefficient (a), [W/(m^2 * °C)].
F32 TFunction_Block_Cooling_System_Model::Properties::F32_Kinematic_Viscosity_Coefficient |
Kinematic viscosity coefficient of matter (nu), [m^2/s].
F32 TFunction_Block_Cooling_System_Model::Properties::F32_Mass |
Mass of matter (m), [kg].
Referenced by TFunction_Block_Cooling_System_Model::TFunction_Block_Cooling_System_Model().
F32 TFunction_Block_Cooling_System_Model::Properties::F32_Specific_Heat_Capacity |
Specific heat capacity of matter (c), [J/(kg*°C)].
Referenced by TFunction_Block_Cooling_System_Model::TFunction_Block_Cooling_System_Model().
F32 TFunction_Block_Cooling_System_Model::Properties::F32_Velocity |
Velosity of of movement of matter (w), [m/s].
F32 TFunction_Block_Cooling_System_Model::Properties::F32_Volume |
Volume of matter (V), [m^3].
F64 TFunction_Block_Cooling_System_Model::Properties::F64_Delta_Temperature |
Initial value of temperature increment of matter (T), [°C].
Referenced by TFunction_Block_Cooling_System_Model::Execute(), and TFunction_Block_Cooling_System_Model::TFunction_Block_Cooling_System_Model().
F64 TFunction_Block_Cooling_System_Model::Properties::F64_Temperature |
Initial value of temperature of matter (T), [°C].
Referenced by TFunction_Block_Cooling_System_Model::Execute(), and TFunction_Block_Cooling_System_Model::TFunction_Block_Cooling_System_Model().