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<Param>
<Geometry>
<Inflow>
<IndicatorCylinder3D center1="0 50 50" center2="5 50 50" radius="20"/>
</Inflow>
<Outflow0>
<IndicatorCylinder3D center1="200 50 50" center2="190 50 50" radius="20"/>
</Outflow0>
<Outflow1>
<IndicatorCylinder3D center1="115 3 50" center2="115 7 50" radius="10"/>
</Outflow1>
<Venturi>
<IndicatorUnion3D>
<IndicatorCylinder3D center1="5 50 50" center2="40 50 50" radius="20"/>
<IndicatorCone3D center1="40 50 50" center2="80 50 50" radius1="20" radius2="10"/>
<IndicatorCylinder3D center1="80 50 50" center2="120 50 50" radius="10"/>
<IndicatorCone3D center1="120 50 50" center2="160 50 50" radius1="10" radius2="20"/>
<IndicatorCylinder3D center1="160 50 50" center2="195 50 50" radius="20"/>
<IndicatorCylinder3D center1="115 50 50" center2="115 25 50" radius="4"/>
<IndicatorCone3D center1="115 25 50" center2="115 5 50" radius1="4" radius2="10"/>
</IndicatorUnion3D>
</Venturi>
</Geometry>
<Application>
<Discretization>
<!-- resolution: number of voxels per CharPhysLength -->
<Resolution> 1 </Resolution>
<CharLatticeVelocity> 0.2 </CharLatticeVelocity>
</Discretization>
<PhysParameters>
<!-- CharPhysLength: reference length of simulation geometry -->
<CharPhysLength> 0.1 </CharPhysLength>
<!-- CharPhysVelocity: maximal/highest expected velocity during simulation in __m / s__ -->
<CharPhysVelocity> 2 </CharPhysVelocity>
<!-- PhysViscosity: physical kinematic viscosity in __m^2 / s__ -->
<PhysViscosity> 0.001 </PhysViscosity>
<!-- PhysDensity: physical density in __kg / m^3__ -->
<PhysDensity> 1 </PhysDensity>
</PhysParameters>
</Application>
</Param>
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