packageExamples
Extends from Modelica.Icons.ExamplesPackage (Icon for packages containing runnable examples).
Contents
| Name | Description |
|---|---|
 AirflowBoxModel | |
| BeamRadiationOnFloor | Model that compares a model with and without floor and its impact on beam radiation |
| BuildingShadeExample | |
| CavityInternalCeiling | Illustration of an internal ceiling with a cavity |
| CavityInternalWall | Illustration of an internal wall with an operable cavity |
| CavityWalls | Check of air cavity models in glazing and partially filled cavity walls |
| FacadeShadeExample | Example that compares a building with shaded and unshaded facade |
| HorizontalFinExample | Examples of horizontal fin model |
| LightingControl | Example model that demonstrates the use of the lighting control in a zone |
| NumberOccupants | Example model that demonstrates the use of the number of occupants in a zone |
| RectangularZone | Example that compares a zone with internal wall and without internal wall |
| RectangularZoneEmbedded | This model test the implementation of embedded heat port |
| RectangularZoneExternalSurfaces | Example which illustrates how to use external propBus of zone template |
| RectangularZoneRedeclarationWindows | Example that illustrates the redeclaration of windows using the RectangularZoneTemplate model |
| RectangularZoneTemplate | This example illustrates the use of the RectangularZoneTemplate to model a room or building |
| RectangularZoneTemplateFloor | This example illustrates and compares the use of SlabOnGround and OuterWall as floor model in a room or building, using the RectangularZoneTemplate. |
 RectangularZoneTemplateOnePort | Example that compares a zone with internal wall and without internal wall |
| RectangularZoneTemplateTwoPort | Example that compares a zone with internal wall and without internal wall |
| ScalingWindow | Model to test the scaling factor of windows |
| TwoStoreyBoxes | Model with two zones on different floors, one zone above the other, with a large opening between these zones and stack-effect airflow enabled. |
| WallUnitTest | Unit test for verifying results for all wall components |
| WindowDynamics | Comparison of three window dynamics options |
| WindowLinearisation | Comparison of linear / non-linear convection equations |
| WindowThermalBridge | Comparison of three window thermal bridge options |
| ZoneDynamic | |
| ZoneStatic | Zone with constant boundary conditions |
 BaseClasses | Base classes |