Lae Sung Kim
Papers
1
Total Citations
2
H-Index
1
About
Lae Sung Kim is a mechanical engineer whose work focuses on the design and optimization of precision power transmission systems, particularly for defense and industrial robotics applications. His research centers on cycloid reducers—critical components that amplify torque from motors while maintaining compact form factors. In his most cited work, "A Study on Design of Cycloid Reducer for Remote Weapons Systems" (2017), Kim addressed the unique mechanical demands of remote weapon stations, where reliability and precision under high loads are paramount. By analyzing the performance characteristics of cycloid, planetary, and harmonic reducers, he contributed foundational insights into selecting and designing reduction gear systems for harsh operational environments. Though his citation count (2) reflects a niche but specialized audience, his work holds practical significance for engineers developing automated defense platforms and industrial machinery. Kim’s research bridges theoretical gear design with real-world constraints, offering a valuable reference for students and practitioners in mechanical engineering, robotics, and military technology. His contributions underscore the importance of tailored mechanical solutions in systems where failure is not an option.
Research Focus
Key Achievements
Top Papers
- 1A Study on Design of Cycloid Reducer for Remote Weapons Systems2 citations · 2017