<?xml version="1.0" encoding="UTF-8" ?>
<BoundaryConditions>
	
	
	<BoundaryCondition id="30000" displayName="en:Outside conditions (only heat conduction) |de:Außenbedingungen (nur Wärmeleitung)" color="#0055ff"><!--SimQ Testfall 03 ehemals id=1001-->
		<InterfaceHeatConduction modelType="Constant">
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">8</IBK:Parameter>
		</InterfaceHeatConduction>
	</BoundaryCondition>
	<BoundaryCondition id="30001" displayName="en:Inside conditions (only heat conduction) |de:Innenbedingungen (nur Wärmeleitung)" color="#ff4000"><!--SimQ Testfall 03 ehemals id=1002-->
		<InterfaceHeatConduction modelType="Constant">
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">2.5</IBK:Parameter>
		</InterfaceHeatConduction>
	</BoundaryCondition>
	<BoundaryCondition id="30002" displayName="en:Outside conditions |de:Außenbedingungen" color="#bd7bff"><!--SimQ Testfall 03 ehemals id=1003-->
		<InterfaceHeatConduction modelType="Constant">
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">8</IBK:Parameter>
		</InterfaceHeatConduction>
		<InterfaceSolarAbsorption modelType="Constant">
			<IBK:Parameter name="AbsorptionCoefficient" unit="---">0.6</IBK:Parameter>
		</InterfaceSolarAbsorption>
		<InterfaceLongWaveEmission modelType="Constant">
			<IBK:Parameter name="Emissivity" unit="---">0.9</IBK:Parameter>
		</InterfaceLongWaveEmission>
	</BoundaryCondition>
	
	<BoundaryCondition id="30003" displayName="en:Outside conditions (heat conduction and short wave radiation) |de:Außenbedingungen (Wärmeleitung und kurzwellige Strahlung)" color="#3ddfff"><!--SimQ Testfall 06 ehemals id=1004-->
		<InterfaceHeatConduction modelType="Constant">
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">8</IBK:Parameter>
		</InterfaceHeatConduction>
		<InterfaceSolarAbsorption modelType="Constant">
			<IBK:Parameter name="AbsorptionCoefficient" unit="---">0.6</IBK:Parameter>
		</InterfaceSolarAbsorption>
	</BoundaryCondition>
	<BoundaryCondition id="30004" displayName="de:Innenbedingung (Wärmeleitung mit langwelliger Strahlung) |en:Inside conditions (heat conduction with Emissivity)" color="#ffd900"><!--SimQ Testfall 08 ehemals id=1005-->
		<InterfaceHeatConduction modelType="Constant">
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">2.5</IBK:Parameter>
		</InterfaceHeatConduction>
		<InterfaceLongWaveEmission modelType="Constant">
			<IBK:Parameter name="Emissivity" unit="---">1</IBK:Parameter>
		</InterfaceLongWaveEmission>
	</BoundaryCondition>
	
	
	<BoundaryCondition id="30005" displayName="de:Innenbedingung EN ISO 6946 (vereinfachtes Verfahren, richtungsunabhängig) |en:Inside conditions EN ISO 6946 (simplified method, direction-independent)" color="#ff0000">
		<InterfaceHeatConduction modelType="Constant">
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">8</IBK:Parameter>
		</InterfaceHeatConduction>
	</BoundaryCondition>
	<BoundaryCondition id="30006" displayName="de:Außenbedingung EN ISO 6946 (vereinfachtes Verfahren) |en:Outside conditions EN ISO 6946 (simplified method)" color="#ffd300">
		<InterfaceHeatConduction modelType="Constant">
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">25</IBK:Parameter>
		</InterfaceHeatConduction>
	</BoundaryCondition>
	<BoundaryCondition id="30007" displayName="de:Außenbedingung EN ISO 6946 (mit Strahlung) |en:Outside conditions EN ISO 6946 (with radiation)" color="#deff0a">
		<InterfaceHeatConduction modelType="Constant">
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">20</IBK:Parameter>
		</InterfaceHeatConduction>
		<InterfaceSolarAbsorption modelType="Constant">
			<IBK:Parameter name="AbsorptionCoefficient" unit="---">0.6</IBK:Parameter>
		</InterfaceSolarAbsorption>
		<InterfaceLongWaveEmission modelType="Constant">
			<IBK:Parameter name="Emissivity" unit="---">0.9</IBK:Parameter>
		</InterfaceLongWaveEmission>
	</BoundaryCondition>
	
	<BoundaryCondition id="30008" displayName="de:Innenbedingung (Erdbodenkontakt, konst. 10 °C) |en:Inside condition (ground contact, const. 10 °C)" color="#603808">
		<InterfaceHeatConduction modelType="Constant">
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">8</IBK:Parameter>
			<IBK:Parameter name="ConstTemperature" unit="C">10</IBK:Parameter>
			<OtherZoneType>Constant</OtherZoneType>
		</InterfaceHeatConduction>
	</BoundaryCondition>
	
	<!--
	<BoundaryCondition id="1010" displayName="de:Innenoberfläche (nur Wärmeleitung, mit effektivem langwelligem Strahlungsaustausch) |en:Inside surface (only heat conduction, with effective long wave radiation exchange)" color="#ff4000">
		<InterfaceHeatConduction modelType="Constant">
			<OtherZoneType>Standard</OtherZoneType>
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">6.8</IBK:Parameter>
		</InterfaceHeatConduction>
	</BoundaryCondition>
	<BoundaryCondition id="1011" displayName="de:Bodenkontakt (nur Wärmeleitung, Oberflächenkontakt) |en:Ground surface (heat conduction only, surface contact)" color="#00900c">
		<InterfaceHeatConduction modelType="Constant">
			<OtherZoneType>Constant</OtherZoneType>
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">1000</IBK:Parameter>
		</InterfaceHeatConduction>
	</BoundaryCondition>
	<BoundaryCondition id="1012" displayName="de:Adiabatische Fläche (kein Wärmestrom) |en:Adiabatic surface (no heat flux)" color="#c0c7ce">
		<InterfaceHeatConduction modelType="Constant">
			<OtherZoneType>Standard</OtherZoneType>
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">0</IBK:Parameter>
		</InterfaceHeatConduction>
	</BoundaryCondition>
	<BoundaryCondition id="1013" displayName="de:Außenoberfläche (nur Wärmeleitung) |en:Outside surface (heat conduction only)" color="#0055ff">
		<InterfaceHeatConduction modelType="Constant">
			<OtherZoneType>Standard</OtherZoneType>
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">17</IBK:Parameter>
		</InterfaceHeatConduction>
	</BoundaryCondition>
	<BoundaryCondition id="1014" displayName="de:Außenoberfläche (Wärmeleitung und Solarstrahlung) |en:Outside surface (heat conduction and solar radiation)" color="#3ddfff">
		<InterfaceHeatConduction modelType="Constant">
			<OtherZoneType>Standard</OtherZoneType>
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">17</IBK:Parameter>
		</InterfaceHeatConduction>
		<InterfaceSolarAbsorption modelType="Constant">
			<IBK:Parameter name="AbsorptionCoefficient" unit="---">0.6</IBK:Parameter>
		</InterfaceSolarAbsorption>
	</BoundaryCondition>
	
	
	<BoundaryCondition id="1015" displayName="de:Randbedingung außen |en:Outside boundary condition">
		<InterfaceHeatConduction modelType="Constant">
			<OtherZoneType>Standard</OtherZoneType>
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">17</IBK:Parameter>
		</InterfaceHeatConduction>
		<InterfaceSolarAbsorption modelType="Constant">
			<IBK:Parameter name="AbsorptionCoefficient" unit="---">0.6</IBK:Parameter>
		</InterfaceSolarAbsorption>
		<InterfaceLongWaveEmission modelType="Constant">
			<IBK:Parameter name="Emissivity" unit="---">0.9</IBK:Parameter>
		</InterfaceLongWaveEmission>
	</BoundaryCondition>
	<BoundaryCondition id="1016" displayName="de:Randbedingung innen (Wärmestrom horizontal) |en:Inside boundary condition (horizontal heat flux)">
		<InterfaceHeatConduction modelType="Constant">
			<OtherZoneType>Standard</OtherZoneType>
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">8</IBK:Parameter>
		</InterfaceHeatConduction>
	</BoundaryCondition>
	<BoundaryCondition id="1017" displayName="de:Randbedingung innen (Wärmestrom aufwärts) |en:Inside boundary condition (upstream heat flux)">
		<InterfaceHeatConduction modelType="Constant">
			<OtherZoneType>Standard</OtherZoneType>
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">10</IBK:Parameter>
		</InterfaceHeatConduction>
	</BoundaryCondition>
	<BoundaryCondition id="1018" displayName="de:Randbedingung innen (Wärmestrom abwärts) |en:Inside boundary condition (downstream heat flux)">
		<InterfaceHeatConduction modelType="Constant">
			<OtherZoneType>Standard</OtherZoneType>
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">5.88</IBK:Parameter>
		</InterfaceHeatConduction>
	</BoundaryCondition>
	<BoundaryCondition id="1019" displayName="de:Erdreich konst. 10 C |en:Ground boundary condition const 10 C">
		<InterfaceHeatConduction modelType="Constant">
			<OtherZoneType>Standard</OtherZoneType>
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">5.88</IBK:Parameter>
		</InterfaceHeatConduction>
	</BoundaryCondition>
	
	<BoundaryCondition id="1019" displayName="de:Erdreich konst. 10 C |en:Ground boundary condition const 10 C">
		<InterfaceHeatConduction modelType="Constant">
			<OtherZoneType>Constant</OtherZoneType>
			<IBK:Parameter name="HeatTransferCoefficient" unit="W/m2K">1000</IBK:Parameter>
			<IBK:Parameter name="ConstTemperature" unit="C">10</IBK:Parameter>
		</InterfaceHeatConduction>
	</BoundaryCondition>
	-->
</BoundaryConditions>
