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

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

HT | Thermal port for lumped parameter heat transfer |

DHTNodes | Distributed Heat Terminal |

DHTVolumes | Distributed Heat Terminal |

HThtc_HT | HThtc to HT adaptor |

HT_DHTNodes | HT to DHT adaptor |

HT_DHTVolumes | HT to DHT adaptor |

TempSource1DFV | Uniform Distributed Temperature Source for Finite Volume models |

TempSource1DlinFV | Linearly Distributed Temperature Source for Finite Volume models |

TempSource1DFEM | Distributed Temperature Source for FEM models |

TempSource1DlinFEM | Linearly Distributed Temperature Source for FEM models |

HeatSource1DFV | Distributed Heat Flow Source for Finite Volume models |

HeatSource1DNonUniformFV | Distributed Heat Flow Source for Finite Volume models with non-uniformly distributed flow |

HeatSource1DFEM | Distributed Heat Flow Source for FEM models |

MetalTubeFV | Cylindrical metal tube model with Nw finite volumes |

MetalTubeFEM | Cylindrical metal tube - 1 radial node and N axial nodes |

MetalWallFV | Generic metal wall model with Nw finite volumes |

MetalWallFEM | Generic metal wall - 1 radial node and N axial nodes |

HeatExchangerTopologyFV | Connects two DHTVolumes ports according to a selected heat exchanger topology |

CounterCurrentFV | Connects two DHTVolume ports according to a counter-current flow configuration |

CounterCurrentFEM | Counter-current heat transfer adaptor for 1D FEM heat exchangers |

ConvHTFV | 1D Constant thermal conductance |

FoulingFV | 1D FV thermal resistance due to fouling |

ConvHTLumped | Lumped parameter convective heat transfer |

HeatTransferFV | Heat transfer models for FV components |

HeatTransferFEM | Heat transfer models for FEM components |

MaterialProperties | Thermal and mechanical properties of materials |

HeatExchangerTopologies | |

BaseClasses | |

HThtc | Thermal port for lumped parameter heat transfer with outgoing heat transfer coefficient |

HThtc_in | Thermal port for lumped parameter heat transfer with incoming heat transfer coefficient |

DHT | Distributed Heat Terminal |

DHThtc | Distributed Heat Terminal with heat transfer coefficient output |

DHThtc_in | Distributed Heat Terminal with heat transfer coefficient input |

DHThtc_DHT | DHThtc to DHT adapter |

HT_DHT | HT to DHT adaptor |

HThtc_DHThtc | HThtc to DHThtc adaptor |

HeatSource1Dhtc | Distributed Heat Flow Source |

HeatSource1D | Distributed Heat Flow Source |

TempSource1D | Distributed Temperature Source |

TempSource1Dlin | Linearly Distributed Temperature Source |

ConvHT | 1D Convective heat transfer |

ConvHTLumped_htc | Lumped parameter convective heat transfer between a HT and a HThtc |

ConvHT2N | 1D Convective heat transfer between two DHT connectors with a different number of nodes |

ConvHT_htc | 1D Convective heat transfer between a DHT and a DHT_htc |

ConvHT2N_htc | 1D Convective heat transfer between two DHT connectors with a different number of nodes |

CounterCurrent | Counter-current heat transfer adaptor for 1D heat transfer |

MetalWall | |

MetalTube | Cylindrical metal tube - 1 radial node and N axial nodes |

CylinderFourier | Thermal model of a hollow cylinder by Fourier's equation - 1 axial node and Nr radial nodes |

HeatFlowDistribution | Same heat flow through two different surfaces |

linspaceExt |

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