| Title |
Detent Force Minimization Techniques in Permanent Magnet Linear Synchronous Motor |
| Authors |
임기채(Lim, Ki-Chae) ; 우준근(Woo, Joon-Keun) ; 홍정표(Hong, Jung-Pyo) ; 김규탁(Kim, Gyu-Tak) |
| Keywords |
Detent force ; Finite Element Method(FEM) ; PMLSM ; Moving node technique |
| Abstract |
Detent force develops generally undesirable effect that contributes to the output ripple of machine, vibration and noise. This paper proposes detent force minimization techniques for a Permanent Magnet Linear Synchronous Motor (PMLSM). In addition, thrust according to each minimization technique is estimated to observe the change of machine performance. A two-dimensional Finite Element Method is used to predict detent force and thrust due to structural factors and non-linearity. And moving node technique for geometric models is proposed to reduce modeling time and efforts. |