- #1
Joep van de ven
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Hello,
I am currently doing research on the aerodynamic properties of a rotating cylinder in a cylindrical housing.
The cylinder represents a rotor in a electric motor. The air gap between rotor and stator is about 0.5mm.
I'm looking for a theoretical analysis and calculation on the aerodynamical losses in this setup. The rotor will reach speeds up to 25000 rpm
Approximated dimensions:
Rotor diameter: 150 mm
Stator internal diameter: 151 mm
Any help would be highly appreciated.
Kind regards,
Joep
I am currently doing research on the aerodynamic properties of a rotating cylinder in a cylindrical housing.
The cylinder represents a rotor in a electric motor. The air gap between rotor and stator is about 0.5mm.
I'm looking for a theoretical analysis and calculation on the aerodynamical losses in this setup. The rotor will reach speeds up to 25000 rpm
Approximated dimensions:
Rotor diameter: 150 mm
Stator internal diameter: 151 mm
Any help would be highly appreciated.
Kind regards,
Joep