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Optimal design of stator and rotor of interior permanent magnet motor with reduced torque ripple for wide speed range operation
- Kwack, Jeonghu;
- Min, Seungjae;
- Hong, Jung-Pyo
Citations
SCOPUS
0초록
Optimization procedure for the design of interior PM motors based on level-set based topology optimization is presented. The nonlinear ferromagnetic material boundary is represented by a level set function and the movement is driven to reduce the torque ripple while maintaining the target operational torque with the motor volume constraint for the wide speed range operation. The effectiveness of the proposed methodology has been shown on optimal configurations of a traction motor of hybrid electric vehicle.
키워드
Hybrid electric vehicle; Interior permanent magnet motors; Level set functions; Level sets; Optimal configurations; Optimal design; Optimization procedures; PM motor; Topology Optimization; Torque ripples; Volume constraint; Wide speed-range operation; Automobiles; Electric motors; Electric traction; Electric vehicles; Electromagnetic field measurement; Electromagnetic fields; Ferromagnetic materials; Fuzzy control; Magnetic devices; Permanent magnets; Optimization
- 제목
- Optimal design of stator and rotor of interior permanent magnet motor with reduced torque ripple for wide speed range operation
- 저자
- Kwack, Jeonghu; Min, Seungjae; Hong, Jung-Pyo
- 발행일
- 2010-06
- 유형
- Conference Paper
- 저널명
- Digests of the 2010 14th Biennial IEEE Conference on Electromagnetic Field Computation, CEFC 2010
- 페이지
- 1 ~ 1