Physiolibrary.Thermal.Sources

Extends from Modelica.Icons.SourcesPackage (Icon for packages containing sources).

Name	Description
UnlimitedHeat	Prescribed temperature
MassOutflow	One-directional outflow of heated mass with enthalpy (vaporization heat)
MassInflow	One-directional inflow of heated mass with enthalpy (heat of solvation)

Physiolibrary.Thermal.Sources.UnlimitedHeat

Prescribed temperature

This model defines a fixed temperature T at its port in Kelvin, i.e., it defines a fixed temperature as a boundary condition.

Name	Description
T	Fixed temperature at port if useTemperatureInput=false [K]
Conditional inputs
useTemperatureInput	=true, if fixed temperature is from input instead of parameter
Equilibrium
Simulation
isIsolatedInSteadyState	=true, if there is no flow at port in steady state

Name	Description
port
temperature	[K]

One-directional outflow of heated mass with enthalpy (vaporization heat)

Extends from Interfaces.ConditionalMassFlow (Input of mass flow vs. parametric mass flow).

Name	Description
MassFlow	Mass flow if useMassFlowInput=false [kg/s]
VaporizationHeat	Used for whole outflow stream [J/kg]
SpecificHeat	Of outflowing medium [J/(kg.K)]
Conditional inputs
useMassFlowInput	=true, if mass flow input is used instead of parameter MassFlow

Name	Description
massFlow	[kg/s]
q_in	flow circuit

One-directional inflow of heated mass with enthalpy (heat of solvation)

Extends from Interfaces.ConditionalMassFlow (Input of mass flow vs. parametric mass flow), Interfaces.ConditionalTemperature (Input of temperature vs. parametric temperature).

Name	Description
MassFlow	Mass flow if useMassFlowInput=false [kg/s]
T	Temperature if useTemperatureInput=false [K]
dH	Enthalpy of incoming substance (i.e. enthalpy of solvation) [J/kg]
SpecificHeat	Of inflowing medium [J/(kg.K)]
Conditional inputs
useMassFlowInput	=true, if mass flow input is used instead of parameter MassFlow
useTemperatureInput	=true, if temperature input is used instead of parameter T

Automatically generated Wed Oct 11 14:54:23 2023.