Investigation of Forces in Linear Induction Motor Under Different Slip Frequency for Low-Speed Maglev Application

@article{Lu2013InvestigationOF,
  title={Investigation of Forces in Linear Induction Motor Under Different Slip Frequency for Low-Speed Maglev Application},
  author={Qinfen Lu and Yanxin Li and Yunyue Ye and Z. Q. Zhu},
  journal={IEEE Transactions on Energy Conversion},
  year={2013},
  volume={28},
  pages={145-153}
}
The linear induction motor (LIM) applied in low-speed Maglev train produces not only the thrust force to drive the train, but also the normal force that affects the levitation system. Three finite element models are employed to investigate the influence of transverse edge effect, longitudinal end effect, transverse edge shape of secondary aluminum plate and its temperature, etc., on the force performance under different slip frequency. For the transverse edge effect, a precise correction factor… CONTINUE READING
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