FEATURES OF EDDY CURRENT DISTRIBUTION IN A HOLLOW PERFORATED ROTOR OF A POLYFUNCTIONAL ELECTROMECHANICAL CONVERTER

Abstract

Laws of spatial current density distribution in a hollow perforated rotor are obtained in the form of images and dependencies. Behavior of wave resistance subject to rotor slip is identified for a hollow smooth and perforated rotor of various design parameters. An expression for the hollow perforated rotor wave resistance determination is introduced.

Keywords

• polyfunctional electromechanical converter
• perforated rotor
• eddy current distribution
• wave resistance behavior