<?xml version="1.0" encoding="UTF-8" ?>
<DelphinProject xmlns="http://www.bauklimatik-dresden.de" xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:IBK="http://www.bauklimatik-dresden.de/IBK" xsi:schemaLocation="http://www.bauklimatik-dresden.de DelphinProject.xsd" fileVersion="6.5">
	<ProjectInfo created="Mo. März 26 13:17:10 2018" lastEdited="Sa. Apr. 7 19:25:05 2018">
		<Comment>&lt;p style=&quot; margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;&quot;&gt;&lt;span style=&quot; font-family:&apos;Courier&apos;; font-weight:600;&quot;&gt;Chamber test validation with data from Deng et al. (2004).&lt;/span&gt;&lt;/p&gt;&#x0A;&lt;p style=&quot;-qt-paragraph-type:empty; margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px; font-family:&apos;Courier&apos;; font-weight:600;&quot;&gt;&lt;br /&gt;&lt;/p&gt;&#x0A;&lt;p style=&quot; margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;&quot;&gt;&lt;span style=&quot; font-family:&apos;Courier&apos;;&quot;&gt;This example illustrates the use of the isothermal pollutant transport model to simulation a VOC small chamber emission test.&lt;/span&gt;&lt;/p&gt;&#x0A;&lt;p style=&quot; margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;&quot;&gt;&lt;span style=&quot; font-family:&apos;Courier&apos;;&quot;&gt;The example illustrates the use of the air-material-contect condition to define the mass transfer coefficient between material and chamber air.&lt;/span&gt;&lt;/p&gt;&#x0A;&lt;p style=&quot;-qt-paragraph-type:empty; margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px; font-family:&apos;Courier&apos;;&quot;&gt;&lt;br /&gt;&lt;/p&gt;&#x0A;&lt;p style=&quot; margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px;&quot;&gt;&lt;span style=&quot; font-family:&apos;Courier&apos;;&quot;&gt;This is the test variant from Deng&apos;s article with particle board (BP1) and hexanal. &lt;/span&gt;&lt;/p&gt;&#x0A;&lt;p style=&quot;-qt-paragraph-type:empty; margin-top:0px; margin-bottom:0px; margin-left:0px; margin-right:0px; -qt-block-indent:0; text-indent:0px; font-family:&apos;Courier&apos;;&quot;&gt;&lt;br /&gt;&lt;/p&gt;</Comment>
	</ProjectInfo>

	<!--~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-->

	<!--Model data, solver settings, general parameters-->
	<Init>
		<SimulationParameter>
			<BalanceEquationModule>BEPollutant</BalanceEquationModule>
			<IBK:Parameter name="Longitude" unit="Deg">13.4</IBK:Parameter>
			<IBK:Parameter name="Latitude" unit="Deg">51.3</IBK:Parameter>
			<IBK:Flag name="UseCustomLocation">true</IBK:Flag>
		</SimulationParameter>
		<ModelSettingsVOC>
			<VOCDatabase>${Project Directory}/DB_Pollutants/voc_db_tests.vdb</VOCDatabase>
			<VOCID>Hexanal</VOCID>
			<MaterialMapping>Air gap 50 mm (vertical) [18] == Air</MaterialMapping>
			<MaterialMapping>Particle board [348] == Particle Board</MaterialMapping>
		</ModelSettingsVOC>
	</Init>

	<!--~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-->

	<!--List of all materials used in this construction-->
	<Materials>
		<MaterialReference name="Particle board [348]" color="#ff62d82f" hatchCode="13">${Project Directory}/materials/SpanplatteV100E1F0_348.m6</MaterialReference>
		<MaterialReference name="Air gap 50 mm (vertical) [18]" color="#ffa66dcf" hatchCode="13">${Project Directory}/materials/AirGapVertical50mm_18.m6</MaterialReference>
	</Materials>

	<!--~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-->

	<!--Discretization data (grid and sketches)-->
	<Discretization>
		<XSteps unit="m">9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 9.99998e-05 1.0966 </XSteps>
	</Discretization>

	<!--~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-->

	<!--Conditions data, specifies how construction interacts with environment-->
	<Conditions>

		<InitialConditions>

			<InitialCondition name="Initial VOC concentration" type="VOCMass">
				<IBK:Parameter name="Value" unit="mg/m3">11500</IBK:Parameter>
			</InitialCondition>
		</InitialConditions>

		<FieldConditions>

			<FieldCondition name="Air change of chamber" type="AirChange">
				<IBK:Flag name="UseFlowRate">false</IBK:Flag>
				<CCReference type="Temperature">20 C</CCReference>
				<CCReference type="RelativeHumidity">50 %</CCReference>
				<CCReference type="VOCDensity">0 µg/m3</CCReference>
				<CCReference type="FluidChangeRate">1 1/h</CCReference>
			</FieldCondition>
		</FieldConditions>

		<ContactConditions>

			<ContactCondition name="VOC mass transfer between material and air" type="VOCMassTransfer" kind="Exchange">
				<IBK:Parameter name="VOCMassTransferCoefficient" unit="m2/s">0.5</IBK:Parameter>
			</ContactCondition>
		</ContactConditions>
	</Conditions>

	<!--~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-->

	<!--Contains definitions of output files and schedules for outputs.-->
	<Outputs>
		<!--General parameters-->
		<IBK:Unit name="TimeUnit">h</IBK:Unit>
		<!--List of all Output schedules-->
		<OutputGrids>
			<OutputGrid name="Fields and Profiles">
				<Interval>
					<IBK:Parameter name="Duration" unit="a">0</IBK:Parameter>
					<IBK:Parameter name="StepSize" unit="h">1</IBK:Parameter>
				</Interval>
			</OutputGrid>
			<OutputGrid name="Scalars">
				<Interval>
					<IBK:Parameter name="Duration" unit="h">1</IBK:Parameter>
					<IBK:Parameter name="StepSize" unit="min">1</IBK:Parameter>
				</Interval>
				<Interval>
					<IBK:Parameter name="Duration" unit="d">0</IBK:Parameter>
					<IBK:Parameter name="StepSize" unit="h">1</IBK:Parameter>
				</Interval>
			</OutputGrid>
		</OutputGrids>
		<!--List of all Output files-->
		<OutputFiles>
			<OutputFile name="VOC concentration chamber">
				<Quantity unit="kg/m3">IntrinsicVOCDensity</Quantity>
				<TimeType>None</TimeType>
				<SpaceType>Single</SpaceType>
				<OutputGrid>Scalars</OutputGrid>
			</OutputFile>
			<OutputFile name="VOC Permeability">
				<Quantity unit="s">VOCPermeability</Quantity>
				<TimeType>None</TimeType>
				<SpaceType>Single</SpaceType>
				<OutputGrid>Fields and Profiles</OutputGrid>
			</OutputFile>
			<OutputFile name="VOC concentration profile (gas)">
				<Quantity unit="kg/m3">IntrinsicVOCDensity</Quantity>
				<TimeType>None</TimeType>
				<SpaceType>Single</SpaceType>
				<OutputGrid>Fields and Profiles</OutputGrid>
			</OutputFile>
			<OutputFile name="Emission flux">
				<Quantity unit="kg/m2s">FluxVOCDiffusion</Quantity>
				<TimeType>None</TimeType>
				<SpaceType>Single</SpaceType>
				<OutputGrid>Scalars</OutputGrid>
			</OutputFile>
		</OutputFiles>
	</Outputs>

	<!--~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-->

	<!--List of all assignments of materials and conditions-->
	<Assignments>

		<Assignment type="Material" location="Element">
			<Reference>Particle board [348]</Reference>
			<Range>0 0 158 0</Range>
		</Assignment>

		<Assignment type="Material" location="Element">
			<Reference>Air gap 50 mm (vertical) [18]</Reference>
			<Range>159 0 159 0</Range>
		</Assignment>

		<Assignment type="Output" location="Coordinate">
			<Reference>VOC concentration chamber</Reference>
			<IBK:Point3D>0.5642 0.5 0.5</IBK:Point3D>
		</Assignment>

		<Assignment type="InitialCondition" location="Element">
			<Reference>Initial VOC concentration</Reference>
			<Range>0 0 158 0</Range>
		</Assignment>

		<Assignment type="FieldCondition" location="Element">
			<Reference>Air change of chamber</Reference>
			<Range>159 0 159 0</Range>
		</Assignment>

		<Assignment type="Output" location="Element">
			<Reference>VOC Permeability</Reference>
			<Range>0 0 159 0</Range>
		</Assignment>

		<Assignment type="Output" location="Element">
			<Reference>VOC concentration profile (gas)</Reference>
			<Range>0 0 159 0</Range>
		</Assignment>

		<Assignment type="ContactCondition" location="Right">
			<Reference>VOC mass transfer between material and air</Reference>
			<Range>158 0 158 0</Range>
		</Assignment>

		<Assignment type="Output" location="Left">
			<Reference>Emission flux</Reference>
			<Range>159 0 159 0</Range>
		</Assignment>
	</Assignments>

	<!--~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~~-->

</DelphinProject>
