SIDA_generator_script/default.xml

<?xml version="1.0" encoding="utf-8"?>
<configuration>
	<domain>
		<nodeSize>0.375e-3</nodeSize>
		<nodeRatio>16 ,64 , 1</nodeRatio>
		<centeredAlignment>False, False, False</centeredAlignment>
		<boundaryConditions>
			<material>
				<west>Symmetry</west>
				<east>ZeroGradient</east>
				<south>FixedValue</south>
				<valuesSouth>
               <density> 1.61 </density>
               <velocityX> 0.0 </velocityX>
               <velocityY> 106.07 </velocityY>
               <velocityZ> 0.0 </velocityZ>
               <pressure> 153338.5 </pressure>
               <dominantPhase> 1 </dominantPhase> <!-- For DEM simulations, a dominant phase via the material index must be specified. 1 = MaterialOne, ... -->
            </valuesSouth>
				<north>ZeroGradient</north>
				<bottom>ZeroGradient</bottom>
				<top>ZeroGradient</top>
			</material>
		</boundaryConditions>
		<initialConditions>
			<treeInitializationType>LevelBased</treeInitializationType>
			<topologyInitializationType>BottomUp</topologyInitializationType>
			<material1>// air
            if (y &lt; 8.25e-3) {
               density :=1.61;
               velocityX :=0.0;
               velocityY :=106.07;
               velocityZ :=0.0;
               pressure :=153338.5;
            } else {
               density :=1.20;
               velocityX :=0.0;
               velocityY :=0.0;
               velocityZ :=0.0;
               pressure :=101325.0;
            }</material1>
			<material2>// water
            density :=1000;
            velocityX :=0.0;
            velocityY :=0.0;
            velocityZ :=0.0;
            pressure :=101325.0;</material2>
			<interface1>
				<levelset>
					<type>precompiled</type>
					<operator>or</operator>
					<data>
						<function>Sphere</function>
						<center>0.0, 9e-3, 0.0</center>
						<centerSign>-1</centerSign>
						<innerRadius>0.0</innerRadius>
						<outerRadius>0.5e-3</outerRadius>
					</data>
				</levelset>
			</interface1>
		</initialConditions>
	</domain>
	<materials>
		<numberOfMaterials>2</numberOfMaterials>
		<numberOfPositiveMaterials>2</numberOfPositiveMaterials>
		<material1>
			<type>Fluid</type>
			<equationOfState>
				<type>StiffenedGas</type>
				<gamma>1.4</gamma>
				<backgroundPressure>0.0</backgroundPressure>
			</equationOfState>
			<properties>
				<specificHeatCapacity>0.0</specificHeatCapacity>
				<thermalConductivity>0.0</thermalConductivity>
				<shearViscosity>0.0</shearViscosity>
				<bulkViscosity>0.0</bulkViscosity>
			</properties>
		</material1>
		<material2>
			<type>Fluid</type>
			<equationOfState>
				<type>StiffenedGas</type>
				<gamma>6.12</gamma>
				<backgroundPressure>3.43e8</backgroundPressure>
			</equationOfState>
			<properties>
				<specificHeatCapacity>0.0</specificHeatCapacity>
				<thermalConductivity>0.0</thermalConductivity>
				<shearViscosity>0.0</shearViscosity>
				<bulkViscosity>0.0</bulkViscosity>
			</properties>
		</material2>
	</materials>
	<materialPairings>
		<material1_2>
			<surfaceTensionCoefficient>0.036</surfaceTensionCoefficient>
		</material1_2>
	</materialPairings>
	<sourceTerms>
		<gravity>0, 0, 0</gravity>
	</sourceTerms>
	<multiResolution>
		<maximumLevel>0</maximumLevel>
		<refinementCriterion>
			<epsilonReference>0.01</epsilonReference>
			<levelOfEpsilonReference>0</levelOfEpsilonReference>
		</refinementCriterion>
	</multiResolution>
	<timeControl>
		<startTime>0.0</startTime>
		<endTime>15e-6</endTime>
		<CFLNumber>0.5</CFLNumber>
	</timeControl>
	<dimensionalization>
		<lengthReference>1.0</lengthReference>
		<velocityReference>1.0</velocityReference>
		<densityReference>1.0</densityReference>
		<temperatureReference>1.0</temperatureReference>
		<amountOfSubstanceReference>1.0</amountOfSubstanceReference>
	</dimensionalization>
	<restart>
		<restore>
			<mode>Off</mode>
			<fileName>./Alpaca/ALPACA_WORKSHOP/build/droplet_RDEMIC/restart/restart_.h5</fileName>
		</restore>
		<snapshots>
			<mode>Macro</mode>
			<type>Interval</type>
			<interval>50e-9</interval>
			<intervalsToKeep>2</intervalsToKeep>
			<stamps></stamps>
		</snapshots>
	</restart>
	<output>
		<timeNamingFactor>1.0e3</timeNamingFactor>
		<!-- <standard>
			<type>Interval</type>
			<interval>1e-6</interval>
			<stamps></stamps>
			<minimalLevel>0</minimalLevel>
		</standard> -->
		<subDomain>
         <type> Interval </type>
         <interval> 0.25e-6 </interval>
	      <!-- <stamps> 0.0004, 0.0006 </stamps> -->
         <minimalLevel> 0 </minimalLevel>
         <box> <!-- The box to be used for the subdomain. -->
            <min> 0.0, 8.35e-3, 2.0 </min>
            <max> 1.3e-3, 11.05e-3, 3.0 </max>
         </box>
      </subDomain>
	</output>
</configuration>