Papers
1
Total Citations
11
H-Index
1
About
Zhouji’s research centers on the innovative design of non-circular gears, particularly quasi-ellipsoidal gears, with applications in robotics and precision machinery. Their seminal 1998 paper, “The Design of Quasi-Ellipsoidal Gear Ratio and Pitch Curved Surfaces,” introduced a novel gear type that enables lighter, more nimble robotic wrists, enhancing transmission precision. This work, cited 11 times, laid foundational principles for gear ratio and pitch surface design in non-circular geometries. Zhouji’s contributions are notable for bridging theoretical gear mechanics with practical robotic applications, offering solutions to improve flexibility and accuracy in automated systems. Their research has influenced subsequent studies in specialized gearing, particularly in contexts requiring compact, high-precision motion transfer. Zhouji’s achievements highlight a focused expertise in mechanical design, with lasting impact on robotics and gear engineering.
Research Focus
Key Achievements
Top Papers
- 1The Design of Quasi-Ellipsoidal Gear Ratio and Pitch Curved Surfaces11 citations · 1998