Xuezhen Wang
Papers
1
Total Citations
21
H-Index
1
About
Xuezhen Wang is a leading researcher in the field of advanced electromagnetic motor design, with a primary focus on permanent magnet torque motors for electric vehicles and mobile robotics. Their work addresses the critical challenge of cogging torque—a key source of vibration and noise that compromises motor precision and efficiency. Wang’s most cited study, “Cogging torque reduction in external-rotor permanent magnet torque motor based on different shape of magnet” (2017), has garnered 21 citations and provides a systematic method for mitigating cogging torque by optimizing permanent magnet geometry. This contribution is foundational for improving the working accuracy of external-rotor motors, which are essential for high-performance applications requiring smooth, precise motion control. By analyzing the interaction between permanent magnet magnetomotive force harmonics and air-gap permeance, Wang’s work offers practical design guidelines that enhance motor reliability and performance. Their research continues to influence the development of quieter, more efficient electric drive systems, making a tangible impact on the next generation of electric vehicles and autonomous mobile platforms.
Research Focus
Key Achievements
Top Papers
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