Bingsen Zeng
Papers
3
Total Citations
15
H-Index
3
About
Bingsen Zeng is an emerging researcher specializing in advanced electromagnetic motor design, with a particular focus on multi-degree-of-freedom spherical motor systems. His work centers on the development and optimization of double stator swing rotating permanent magnet spherical motors (DSSRPMSM), a cutting-edge class of actuators capable of achieving complex compound motions — including swing, rotation, and helical movement — within a single compact device. Zeng's most significant contributions lie in both the mechanical design and analytical modeling of these novel motor architectures. His research addresses critical engineering challenges such as cogging effects, edge effects, and magnetic flux optimization, employing sophisticated analytical methods to characterize no-load magnetic fields and improve torque capacity through innovative stator iron core configurations. These advances have direct applications in high-demand fields including industrial robotics, gyroscopic systems, satellite communications, and panoramic imaging platforms. With a focused publication record from 2022 accumulating citations across multiple works — including 7 citations for his flagship design paper — Zeng represents a promising voice in multi-degree-of-freedom motor technology. His research offers practical pathways toward more versatile, high-performance actuators that could meaningfully advance next-generation robotic joint systems and aerospace orientation mechanisms.
Research Focus
Key Achievements
Top Papers
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