Theoretical Computational Model for Cylindrical Permanent Magnet Coupling

Permanent magnet coupling is extensively studied owing to its economic efficiency and stability. In this study, a computational model for cylindrical permanent (CPMC) was designed using the magnetic field division method divide an air gap field. An equivalent circuit also based on method. The novelty of study that both skin effect working point are taken into consideration obtain induce eddy current characteristics coupling. Furthermore, obtained transmission torque CPMC principles Faraday’s Ampere’s laws. Additionally, accuracy verified finite element simulation test bench.