modelAirToOutletFlowReversal

Validation model for air to outlet converter with flow reversal enabled
Diagram of AirToOutletFlowReversalOpen the diagram
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Extends from BuildingSystems.Fluid.FMI.Conversion.Validation.AirToOutlet (Validation model for air to outlet conversion).

Information

This example is identical to BuildingSystems.Fluid.FMI.Conversion.Validation.AirToOutlet, except that it has reverse flow. This tests whether the fluid properties from the upstream media are correctly converted to the output signals of BuildingSystems.Fluid.FMI.Conversion.AirToOutlet.

Parameters

TypeNameDefaultDescription
BooleanallowFlowReversal (from AirToOutlet)false= true to allow flow reversal, false restricts to design direction (inlet -> outlet)

Components

TypeNameDefaultDescription
Modelica.Blocks.Sources.Constantm_flow (from AirToOutlet)Mass flow rate
Modelica.Blocks.Sources.Constanth (from AirToOutlet)Specific enthalpy
Modelica.Blocks.Sources.Constant[1]Xi (from AirToOutlet)Water vapor concentration
Modelica.Blocks.Sources.Constant[1]C (from AirToOutlet)Trace substances
BuildingSystems.Fluid.FMI.Conversion.AirToOutletconAirNoC (from AirToOutlet)Converter for air without trace substances
BuildingSystems.Fluid.FMI.Conversion.AirToOutletconAirWithC (from AirToOutlet)Converter for air with trace substances
BuildingSystems.Fluid.FMI.Conversion.AirToOutletconDryAirNoC (from AirToOutlet)Converter for dry air without trace substances
BuildingSystems.Fluid.FMI.Conversion.AirToOutletconDryAirWithC (from AirToOutlet)Converter for dry air with trace substances
BoundaryConditionbouAirNoCBoundary condition
BoundaryConditionbouAirWithCBoundary condition
BoundaryConditionbouDryAirNoCBoundary condition
BoundaryConditionbouDryAirWithCBoundary condition

Contents

NameDescription
BoundaryConditionprotected

Revisions

  • June 29, 2016 by Michael Wetter:
    First implementation.