Abstract
This paper introduces the structure and working principle of permanent magnet eddy current coupling, using the equivalent magnetic charge principle to establish an analytical and mathematical model of permanent magnet eddy current coupling gap magnetic field, to solve the magnetic induction intensity. Changes in the parameters of gap size, the thickness of the magnetic blocks and magnetic block radius are obtained from using MATLAB to affect the air gap magnetic flux density's reflective curves in a single cycle. Through the analysis of the strength of the air gap magnetic induction, it lays the foundation for solving the transfer torque distribution of the eddy current density and magnetic.
Published Version
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