All models use the `StandardWater` medium model by
default, which is in turn set to
`Modelica.Media.Water.StandardWater` at the library level.
It is of course possible to redeclare the medium model to any model
extending `Modelica.Media.Interfaces.PartialMedium` (or
`PartialTwoPhaseMedium` for 2-phase models). This can be
done by directly setting Medium in the parameter dialog, or through
a local package definition, as shown e.g. in
`Test.TestMixerSlowFast`. The latter solution allows to
easily replace the medium model for an entire set of
components.

All models with dynamic equations provide initialisation
support. Set the `initOpt` parameter to the appropriate
value:

`Choices.Init.Options.noInit`: no initialisation`Choices.Init.Options.steadyState`: full steady-state initialisation`Choices.Init.Options.steadyStateNoP`: steady-state initialisation (except pressure)`Choices.Init.Options.steadyStateNoT`: steady-state initialisation (except temperature)

Name | Description |
---|---|

Flange | Flange connector for water/steam flows |

FlangeA | A-type flange connector for water/steam flows |

FlangeB | B-type flange connector for water/steam flows |

StandardWater | |

SourcePressure | Pressure source for water/steam flows |

SinkPressure | Pressure sink for water/steam flows |

SourceMassFlow | Flowrate source for water/steam flows |

SinkMassFlow | Flowrate sink for water/steam flows |

ThroughMassFlow | Prescribes the flow rate across the component |

PressDropLin | Linear pressure drop for water/steam flows |

PressDrop | Pressure drop for water/steam flows |

Header | Header with metal walls for water/steam flows |

Mixer | Mixer with metal walls for water/steam flows |

Tank | Open tank with free surface |

Flow1DFV | 1-dimensional fluid flow model for water/steam (finite volumes) |

Flow1DFV2w | Same as Flow1DFV with two walls and heat transfer models |

Flow1DFV2ph | 1-dimensional fluid flow model for water/steam (finite volumes, 2-phase) |

Flow1DFV2ph2w | Same as Flow1DFV with two walls and heat transfer models |

Flow1DFEM | 1-dimensional fluid flow model for water/steam (finite elements) |

Flow1DFEM2ph | 1-dimensional fluid flow model for water/steam (finite elements) |

FlowJoin | Joins two water/steam flows |

FlowSplit | Splits a flow in two |

SensT | Temperature sensor for water-steam |

SensT1 | Temperature sensor for water/steam flows, single port |

SensW | Mass Flowrate sensor for water/steam |

SensP | Pressure sensor for water/steam flows |

Accumulator | Water-Gas Accumulator |

Drum | Drum for circulation boilers |

DrumEquilibrium | |

ValveLin | Valve for water/steam flows with linear pressure drop |

ValveLiq | Valve for liquid water flow |

ValveVap | Valve for steam flow |

ValveLiqChoked | Valve for liquid water flow, allows choked flow conditions |

Pump | Centrifugal pump with ideally controlled speed |

PumpNPSH | |

PumpMech | Centrifugal pump with mechanical connector for the shaft |

SprayCondenser | Model of a spray condenser assuming themodynamic equilibrium between the phases |

BarometricCondenser | Model of a barometric condenser including the barometric leg |

CoolingTower | Cooling tower with variable speed fan |

ExpansionTankIdeal | Ideal expansion tank with prescribed pressure |

f_chen | Chen's correlation for two-phase flow in a tube |

f_colebrook | Fanning friction factor for water/steam flows |

f_colebrook_2ph | Fanning friction factor for a two phase water/steam flow |

f_dittus_boelter | Dittus-Boelter correlation for one-phase flow in a tube |

SteamTurbineStodola | Steam turbine: Stodola's ellipse law and constant isentropic efficiency |

SteamTurbineUnit | Simplified HP+LP turbine unit for steam flows |

Utility | Utility models |

BaseClasses | Contains partial models |

Drum2States | |

Flow1D | 1-dimensional fluid flow model for water/steam (finite volumes) |

Flow1DDB | 1-dimensional fluid flow model for water or steam flow (finite volumes, Dittus-Boelter heat transfer) |

Flow1D2ph | 1-dimensional fluid flow model for water/steam (finite volumes, 2-phase) |

Flow1D2phDB | 1-dimensional fluid flow model for 2-phase boiling flow (finite volumes, 2-phase, computation of heat transfer coeff.) |

Flow1D2phChen | 1-dimensional fluid flow model for 2-phase boiling flow (finite volumes, 2-phase, Chen correlation) |

Flow1Dfem | 1-dimensional fluid flow model for water/steam (finite elements) |

Flow1Dfem2ph | 1-dimensional fluid flow model for water/steam (finite elements) |

SourceP | Pressure source for water/steam flows |

SinkP | Pressure sink for water/steam flows |

SourceW | Flowrate source for water/steam flows |

SinkW | Flowrate sink for water/steam flows |

ThroughW | Prescribes the flow rate across the component |

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