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The Geometry Inputs - Fan with no Housing

The input for this methodology is the surface geometry in (.STL) file format16.1.

Original files can be found in directory tutorials/fan-noHousing-compressible/meshFactory/mesh-rotor/constant/triSurface.

STL model can be viewed in paraview by opening following files:

  • RF-nq28_bladel_LE-scaled.stl
  • RF-nq28_bladel_PS-scaled.stl
  • RF-nq28_bladel_SS-scaled.stl
  • RF-nq28_bladel_TE-scaled.stl
  • RF-nq28_Co1_Hub-scaled.stl
  • RF-nq28_Co1_Inflow-scaled.stl
  • RF-nq28_Co1_Outflow-scaled.stl
  • RF-nq28_Co1_Shroud-scaled.stl
  • RF-nq28_Co2_Inflow-scaled.stl
  • RF-nq28_Co2_Outflow-scaled.stl
  • RF-nq28_Co2_Spiral-scaled.stl
  • RF-nq28_Co2_RSIConnection-scaled.stl
TurbomachineryCFD fan nq28 compressible noHousing view z

[Fan geometry z+ view]

TurbomachineryCFD fan nq28 compressible noHousing view z

[Fan geometry z- view]

TurbomachineryCFD fan nq28 compressible noHousing view side

[Fan geometry General view]

Figure: Preview of the fan geometry. This tutorial deals with centrifugal fan, the wheel diameter img27 3img94 1img316 1img317, total pressure difference img318img94 1img319 1img91 2. The compressible fluid flow model. The fan has no housing.

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