TGeneric_Cooling_Model Class Reference

Cooling system generic model class. More...

#include <Generic_Cooling_Model.h>

Collaboration diagram for TGeneric_Cooling_Model:

Public Member Functions
	TGeneric_Cooling_Model ()
	Class constructor method. More...
	~TGeneric_Cooling_Model ()
	Class desstructor method. More...
virtual VOID	Init ()
	Class initialisation method. More...
F32	f32_Get_Cabinet_Temperature ()
	Member function that returns the value of the cabinet temperature. More...

Public Attributes
F32	f32_Area = (F32)0.0f
	Body surface area exposed to radiant heat transfer, [m^2]. More...
F32	f32_Volume = (F32)0.0f
	Body Volume, [m^3]. More...
F32	f32_Specific_Thermal_Conductivity = (F32)0.0f
	Specific thermal conductivity of a coolant, [J/(kg*°C)]. More...
F32	f32_Power_Loss = (F32)0.0f
	Heat loss power in the body, [W]. More...
F32	f32_Ambient_Temperature = (F32)0.0f
	Ambient temperature, [°C]. More...
F32	f32_k_fan = (F32)0.0f
	Fan curve proportional factor, [-]. More...
F32	f32_b_volume = (F32)0.0f
	Filling factor of the volume with the coolant, [-]. More...
F32	f32_Coolant_Density = (F32)0.0f
	Density of a coolant, [kg/(m^3)]. More...
F32	f32_Emissivity_Factor = (F32)0.0f
	Emissivity factor of an emitting surface, [-]. More...
F32	f32_h = (F32)0.0f
	Integration step, [s]. More...

Private Member Functions
F32	Heat_Transfer_Coefficient (F32 &Ambient_Temperature, F32 &Coolant_Temperature)
	Member function that returns the value of the heat transfer coefficient from a surface. More...

Private Attributes
F32	f32_Coolant_Temperature = (F32)0.0f
	Coolant temperature, [°C]. More...
F32	f32_Effective_Volume = (F32)0.0f
	Volume filled with coolant, [m^3]. More...
F32	f32_Coolant_Mass = (F32)0.0f
	Mass of the coolant, [kg]. More...
F32	f32_Coolant_Thermal_Conductivity = (F32)0.0f
	Thermal conductivity of the coolant, [J/°C]. More...
F32	f32_Delta_T = (F32)1.0f
	Increase in coolant temperature, [°C]. More...

Detailed Description

Cooling system generic model class.

Constructor & Destructor Documentation

TGeneric_Cooling_Model()

TGeneric_Cooling_Model::TGeneric_Cooling_Model

(

)

Class constructor method.

---

Note

None

Override

Not allowed

Attention

Don't call this method directly.

~TGeneric_Cooling_Model()

TGeneric_Cooling_Model::~TGeneric_Cooling_Model

(

)

Class desstructor method.

---

Note

None

Override

Not allowed

Attention

Don't call this method directly.

Member Function Documentation

f32_Get_Cabinet_Temperature()

F32 TGeneric_Cooling_Model::f32_Get_Cabinet_Temperature

(

)

Member function that returns the value of the cabinet temperature.

---

Note

None

Parameters

-

Returns

F32 - Value of the cabinet temperature.

Override

Not allowed

Attention

None

References f32_Ambient_Temperature, f32_Area, f32_Coolant_Temperature, f32_Coolant_Thermal_Conductivity, f32_Delta_T, f32_h, f32_k_fan, f32_Power_Loss, and Heat_Transfer_Coefficient().

Referenced by TFunction_Block_Cabinet_Cooling_System_Model::Execute().

Here is the call graph for this function:

Here is the caller graph for this function:

Heat_Transfer_Coefficient()

F32 TGeneric_Cooling_Model::Heat_Transfer_Coefficient ( F32 &  Ambient_Temperature, F32 &  Coolant_Temperature  )

private

Member function that returns the value of the heat transfer coefficient from a surface.

---

Note

None

Parameters

[in]

&Ambient_Temperature

- Pointer to a variable storing the value of the ambient temperature [in] &Coolant_Temperature - Pointer to a variable storing the temperature of the coolant

Returns

F32 - Value of the heat transfer coefficient from an emitting surface.

Override

Not allowed

Attention

None

References f32_Emissivity_Factor.

Referenced by f32_Get_Cabinet_Temperature().

Here is the caller graph for this function:

Init()

VOID TGeneric_Cooling_Model::Init ( )

virtual

Class initialisation method.

---

Note

None

Override

Not allowed

Attention

None

References f32_Ambient_Temperature, f32_b_volume, f32_Coolant_Density, f32_Coolant_Mass, f32_Coolant_Temperature, f32_Coolant_Thermal_Conductivity, f32_Delta_T, f32_Effective_Volume, f32_Specific_Thermal_Conductivity, and f32_Volume.

Referenced by TFunction_Block_Cabinet_Cooling_System_Model::Init().

Here is the caller graph for this function:

Member Data Documentation

f32_Ambient_Temperature

F32 TGeneric_Cooling_Model::f32_Ambient_Temperature = (F32)0.0f

Ambient temperature, [°C].

Referenced by TFunction_Block_Cabinet_Cooling_System_Model::Execute(), f32_Get_Cabinet_Temperature(), TFunction_Block_Cabinet_Cooling_System_Model::Init(), and Init().

f32_Area

F32 TGeneric_Cooling_Model::f32_Area = (F32)0.0f

Body surface area exposed to radiant heat transfer, [m^2].

Referenced by f32_Get_Cabinet_Temperature(), and TFunction_Block_Cabinet_Cooling_System_Model::TFunction_Block_Cabinet_Cooling_System_Model().

f32_b_volume

F32 TGeneric_Cooling_Model::f32_b_volume = (F32)0.0f

Filling factor of the volume with the coolant, [-].

Referenced by Init(), and TFunction_Block_Cabinet_Cooling_System_Model::TFunction_Block_Cabinet_Cooling_System_Model().

f32_Coolant_Density

F32 TGeneric_Cooling_Model::f32_Coolant_Density = (F32)0.0f

Density of a coolant, [kg/(m^3)].

Referenced by Init(), and TFunction_Block_Cabinet_Cooling_System_Model::TFunction_Block_Cabinet_Cooling_System_Model().

f32_Coolant_Mass

F32 TGeneric_Cooling_Model::f32_Coolant_Mass = (F32)0.0f

private

Mass of the coolant, [kg].

Referenced by Init().

f32_Coolant_Temperature

F32 TGeneric_Cooling_Model::f32_Coolant_Temperature = (F32)0.0f

private

Coolant temperature, [°C].

Referenced by f32_Get_Cabinet_Temperature(), and Init().

f32_Coolant_Thermal_Conductivity

F32 TGeneric_Cooling_Model::f32_Coolant_Thermal_Conductivity = (F32)0.0f

private

Thermal conductivity of the coolant, [J/°C].

Referenced by f32_Get_Cabinet_Temperature(), and Init().

f32_Delta_T

F32 TGeneric_Cooling_Model::f32_Delta_T = (F32)1.0f

private

Increase in coolant temperature, [°C].

Referenced by f32_Get_Cabinet_Temperature(), and Init().

f32_Effective_Volume

F32 TGeneric_Cooling_Model::f32_Effective_Volume = (F32)0.0f

private

Volume filled with coolant, [m^3].

Referenced by Init().

f32_Emissivity_Factor

F32 TGeneric_Cooling_Model::f32_Emissivity_Factor = (F32)0.0f

Emissivity factor of an emitting surface, [-].

Referenced by Heat_Transfer_Coefficient(), and TFunction_Block_Cabinet_Cooling_System_Model::TFunction_Block_Cabinet_Cooling_System_Model().

f32_h

F32 TGeneric_Cooling_Model::f32_h = (F32)0.0f

Integration step, [s].

Referenced by TFunction_Block_Cabinet_Cooling_System_Model::Execute(), f32_Get_Cabinet_Temperature(), and TFunction_Block_Cabinet_Cooling_System_Model::TFunction_Block_Cabinet_Cooling_System_Model().

f32_k_fan

F32 TGeneric_Cooling_Model::f32_k_fan = (F32)0.0f

Fan curve proportional factor, [-].

Referenced by TFunction_Block_Cabinet_Cooling_System_Model::Execute(), f32_Get_Cabinet_Temperature(), and TFunction_Block_Cabinet_Cooling_System_Model::TFunction_Block_Cabinet_Cooling_System_Model().

f32_Power_Loss

F32 TGeneric_Cooling_Model::f32_Power_Loss = (F32)0.0f

Heat loss power in the body, [W].

Referenced by f32_Get_Cabinet_Temperature(), and TFunction_Block_Cabinet_Cooling_System_Model::TFunction_Block_Cabinet_Cooling_System_Model().

f32_Specific_Thermal_Conductivity

F32 TGeneric_Cooling_Model::f32_Specific_Thermal_Conductivity = (F32)0.0f

Specific thermal conductivity of a coolant, [J/(kg*°C)].

Referenced by Init(), and TFunction_Block_Cabinet_Cooling_System_Model::TFunction_Block_Cabinet_Cooling_System_Model().

f32_Volume

F32 TGeneric_Cooling_Model::f32_Volume = (F32)0.0f

Body Volume, [m^3].

Referenced by Init(), and TFunction_Block_Cabinet_Cooling_System_Model::TFunction_Block_Cabinet_Cooling_System_Model().

---

The documentation for this class was generated from the following files:

• ConOpSys/Common/Generic_Cooling_Model.h
• ConOpSys/Common/Generic_Cooling_Model.cpp