.Buildings.HeatTransfer.Windows.BaseClasses

Information

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

Contents

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