Yuke Cao
Papers
1
Total Citations
2
H-Index
1
About
Yuke Cao’s research focuses on the design and optimization of electric motors for robotic applications, particularly in high-torque, low-speed joint modules for quadruped robots. His most cited work, “Research on the Influence of Slot-Pole Combination on the Performance of Quadruped Robot Joint Motor” (2022), addresses a critical challenge in robotics: achieving thin, lightweight, and high-torque motor performance within strict size constraints. By systematically analyzing how different slot-pole configurations affect motor efficiency, torque density, and thermal behavior, Cao provides a foundational framework for optimizing permanent magnet synchronous external rotor motors—a key component in agile robotic locomotion. This work has garnered attention in the specialized field of motor design for robotics, with 2 citations reflecting its niche but growing impact. Cao’s contributions are particularly valuable for engineers developing compact, high-performance actuators that enable quadruped robots to move with greater agility and endurance. His research bridges the gap between theoretical electromagnetic design and practical robotic hardware, offering actionable insights for optimizing motor geometry without sacrificing power or reliability. For students and researchers in mechatronics and robotics, Cao’s work exemplifies how targeted motor optimization can directly enhance robotic mobility and efficiency.
Research Focus
Key Achievements
Top Papers
- 1