CAJ | 학술논문

分析了不同极槽配合和绕组层数电机最低阶径向力波的阶数和来源，并针对槽数相同极数不同电机的最低阶径向力波的幅值进行了比较，通过结构有限元分析了不同极槽配合下外转子壳体的振动，最后总结了不同极槽配合电机最低阶径向力波的阶数，得出力波阶数小的极槽配合会引起大的振动，而且对于相同槽数的电机，极对数大的电机的振动也更大。
분석료불동겁조배합화요조층수전궤최저계경향력파적계수화래원，병침대조수상동겁수불동전궤적최저계경향력파적폭치진행료비교，통과결구유한원분석료불동겁조배합하외전자각체적진동，최후총결료불동겁조배합전궤최저계경향력파적계수，득출력파계수소적겁조배합회인기대적진동，이차대우상동조수적전궤，겁대수대적전궤적진동야경대。
The lowest order and origin of radial electromagnetic force were analyzed in electric machines with different slot-pole combinations and winding layers.The amplitudes of lowest order component of radial electromagnetic force in machines with the same number of slots but different number of poles were compared.The structrual finite element method was used to calculate the vibration of external rotor and the law of the lowest order of radial electromagnetic force was summarized.It is concluded that the slot-pole combination which produces lower order radial electromagnetic force may exhibit larger vibration of the machine;with the same number of slots,the vibration of the machine with more poles is larger than that with less poles.