Hanyang Univ., Seoul, South Korea;
brushless machines; disc drives; finite element analysis; micromotors; optical disc storage; permanent magnet motors; response surface methodology; torque; cogging torque reduction; design of experiment; finite element method; magnetization fixture; magnetization patterns; motor equipped ring magnet; motor structure; optical disk drive system; permanent magnet; response surface method; rotor magnets; speed ripple; spindle motor; stator teeth;
机译:磁化器的稳健优化设计,可减少HDD主轴电机中齿槽转矩的谐波分量
机译:新型用于永磁无刷直流电动机的磁化夹具的开发,以减小齿槽转矩
机译:永磁不均匀磁化导致HDD主轴电机中BEMF,齿槽转矩和UMF的频率特性
机译:奇齿轮机齿轮扭矩减小磁化夹具的最佳设计
机译:多工位装配过程中夹具布局的近乎最佳设计
机译:齿槽扭矩减小的影响轴向磁通机
机译:通过最优磁化波形降低永磁电动机的齿槽扭矩