WOLFRAM SYSTEMMODELER
MediumBase record of an arbitrary medium |
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Wolfram Language
In[1]:=
SystemModel["SmartCooling.Medium.Medium"]
Out[1]:=
Information
This is the base record of an arbitrary medium. The medium is defined to be incompressible and the parameters are constant. This model can be used only in cases when the dependency of parameters on the change of the medium temperature and pressure is negligible. Basically, this record only describes media in a single phase state (for instance: the water in liquid state or the air in gas state).
Parameters (5)
| rho |
Value: 0 Type: Density (kg/m³) Description: medium density |
|---|---|
| cp |
Value: 0 Type: SpecificHeatCapacity (J/(kg·K)) Description: medium specific heat capacity at constant pressure |
| cv |
Value: 0 Type: SpecificHeatCapacity (J/(kg·K)) Description: medium specific heat capacity at constant volume |
| lamda |
Value: 0 Type: ThermalConductivity (W/(m·K)) Description: medium thermal conductivity |
| nue |
Value: 0 Type: KinematicViscosity (m²/s) Description: medium kinematic viscosity |
Used in Components (11)
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SmartCooling.Components
Adapter with mass flow rate and enthalpy flow reduction |
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SmartCooling.Components
Ambience model of the enviroment |
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SmartCooling.Components
Cooler component |
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SmartCooling.Components
Thermal model of internal combustion engine |
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SmartCooling.Components
Model for absolute pressure |
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SmartCooling.Components
Thermostat with first order delay |
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SmartCooling.Sensors
Mass flow sensor |
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SmartCooling.Sensors
Pressure sensor |
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SmartCooling.Sensors
Temperature sensor |
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SmartCooling.Sensors
Temperature celsius sensor |
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SmartCooling.Interfaces
Two port fluid transport partial model |
Extended by (3)
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SmartCooling.Medium
Water 20 deg C |
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SmartCooling.Medium
Air 70 deg C |
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SmartCooling.Medium
Air 30 deg C |