Centrifugal pressure

Use Centrifugal Pressure to create radially-varying centrifugal pressure loads. A centrifugal pressure load is a pressure distribution that is applied to the surface of solid geometry.

Note:

The Centrifugal Pressure command should not be confused with the Rotation command. The Centrifugal Pressure command creates a loading that acts on the surface of a body. The Rotation command creates a loading that acts throughout a body.

The software calculates centrifugal pressure as the sum of the static pressure and the pressure due to rotation as follows:

Pi = Ps + ½ ( ρ ω2 [(Ri)2 – (Rs)2] )

where:

• Pi = Total pressure at radial position Ri

• Ps = Static pressure

• ρ = Fluid density

• ω = Angular speed

• Ri = Radial distance from the axis of rotation to a location on the surface of the solid geometry.

• Rs = Radial offset from the axis of rotation

The software automatically converts the units for the pressure due to rotation to be consistent with the units for the static pressure.

Where do I find it?

Application	Pre/Post
Prerequisite	A Simulation file as the work part and displayed part and an active solutionSimcenter Nastran, Abaqus, ANSYS, or Simcenter Samcef as the specified solver
Command Finder	Centrifugal Pressure
Simulation Navigator	Right-click Load Container→New Load→Centrifugal Pressure

Look up more details

Centrifugal Pressure dialog box

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Centrifugal pressure, Simcenter 3D 2021.1 Series

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