FluidPortIn
Created Donnerstag 04 Juni 2015
extends a basic connector fluidPort_XRG by defining specific graphic annotations. However, for the sake of simplicity the port definition is given here briefly
The connector is characterised by:
- A Medium constrained by TILMedia.VLEFluidTypes.BaseVLEFluid
- pressure Pressure at the port
- flow m_flow Mass flow rate entering the system (outgoing flows are negative)
- steam h_outflow Specific enthalpy of outgoing flows (i.e. active if m_flow<0, to access enthalpy of incoming flows inStream(h_outflow) is applied)
- steam xi_outflow[Medium.nc-1] Mass fraction vector of outgoing flows (i.e. active if m_flow<0, to access composition of incoming flows inStream(xi_outflow) is applied)
This connector is similar but not identical to the Modelica.Fluid stream connector due to media and nomenclature incompatibilities. Consider Components:Adapters:Fluid2ClaRa to link models from both libraries. Be careful to use equivalent media!
Backlinks: ClaRa:Basics:Interfaces:FluidPortOut ClaRa:Components:BoundaryConditions:BoundaryVLE Txim flow ClaRa:Components:BoundaryConditions:BoundaryVLE hxim flow ClaRa:Components:BoundaryConditions:BoundaryVLE pTxi ClaRa:Components:BoundaryConditions:BoundaryVLE phxi ClaRa:Components:HeatExchangers:IdealShell L2 ClaRa:Components:HeatExchangers:TubeBundle L2 ClaRa:SubSystems:Furnace:BurnerSlice L4 ClaRa:SubSystems:Furnace:ConvectiveSlice L4 ClaRa:SubSystems:Furnace:FreeboardSlice L4 ClaRa:SubSystems:Furnace:HopperSlice L4 ClaRa:Basics:ControlVolumes:FluidVolumes:VolumeVLEGas L3 ClaRa:Basics:ControlVolumes:FluidVolumes:VolumeVLE L2 ClaRa:Basics:ControlVolumes:FluidVolumes:VolumeVLE L3 TwoZones ClaRa:Basics:ControlVolumes:FluidVolumes:VolumeVLE L3 TwoZonesNPort ClaRa:Components:TurboMachines:Compressors:CompressorVLE L1 stageStacked ClaRa:Components:VolumesValvesFittings:Pipes:Header ClaRa:Components:VolumesValvesFittings:Pipes:TubeBundle L4H1 ClaRa:SubSystems:Furnace:HopperSlice L4 AdditionalAir