Young Hwan Lee
Papers
1
Total Citations
43
H-Index
1
About
Young Hwan Lee is a leading researcher in precision mechanical systems, with a primary focus on the reliability and performance analysis of robotic components. His work centers on the critical interplay between manufacturing tolerances, contact friction, and structural integrity, particularly within RV reducers—the high-precision gearboxes essential for industrial robots. Lee’s most cited study, "Impact Analysis of Tolerance and Contact Friction on a RV Reducer using FE Method" (2021), has garnered 43 citations for its pioneering use of finite element modeling to quantify how microscopic dimensional variations and frictional forces degrade reducer efficiency and lifespan. This contribution provides engineers with a robust framework for optimizing design parameters to minimize wear and failure, directly enhancing the durability of robotic joints. By bridging computational simulation with real-world mechanical challenges, Lee’s research offers actionable insights for advancing automation and robotics. His work is a cornerstone for students and practitioners seeking to understand the nuanced mechanics behind high-performance transmission systems.
Research Focus
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Top Papers
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