This package contains base classes that are used to construct the models in Buildings.HeatTransfer.Windows.

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

AbsorbedRadiation | Absorbed radiation by window |

CenterOfGlass | Model for center of glass of a window construction |

ExteriorConvectionCoefficient | Model for the heat transfer coefficient at the outside of the window |

GasConvection | Model for heat convection through gas in a window assembly |

GlassLayer | Model for a glass layer of a window assembly |

HeatCapacity | |

InteriorConvection | Model for a interior (room-side) convective heat transfer with variable surface area |

InteriorConvectionCoefficient | Model for the heat transfer coefficient at the inside of the window |

Overhang | For a window with an overhang, outputs the fraction of the area that is sun exposed |

PartialRadiation | Partial model for variables and data used in radiation calculation |

PartialShade_weatherBus | Partial model to implement overhang and side fins with weather bus connector |

PartialWindowBoundaryCondition | Partial model for heat convection or radiation between a possibly shaded window that can be outside or inside the room |

ShadeConvection | Model for convective heat balance of a layer that may or may not have a shade |

ShadeInterface_weatherBus | Base class for models of window shade and overhangs |

ShadeRadiation | Model for infrared radiative heat balance of a layer that may or may not have a shade |

ShadingSignal | Converts the shading signal to be strictly bigger than 0 and smaller than 1 |

SideFins | For a window with side fins, outputs the fraction of the area that is sun exposed |

StateInterpolator | Block to interpolate between different window states |

ThermalConductor | Lumped thermal element with variable area, transporting heat without storing it |

TransmittedRadiation | Transmitted radiation through window |

WindowRadiation | Calculation radiation for window |

convectionHorizontalCavity | Free convection in horizontal cavity |

convectionVerticalCavity | Free convection in vertical cavity |

nusseltHorizontalCavityEnhanced | Nusselt number for horizontal cavity, bottom surface warmer than top surface |

nusseltHorizontalCavityReduced | Nusselt number for horizontal cavity, bottom surface colder than top surface |

smoothInterpolation | Get interpolated data without triggering events |

RadiationBaseData | Basic parameters for window radiation calculation |

RadiationData | Radiation data of a window |

Examples | Collection of models that illustrate model use and test models |

Validation | Collection of models that validate the window base class models |

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