Suk Won Lee
Papers
2
Total Citations
11
H-Index
2
About
Suk Won Lee is a pioneering researcher in thermal management for advanced robotics, with a focus on compact and lightweight cooling solutions for humanoid robots. His key research areas include two-phase heat transfer, cold plate design, and thermal performance optimization for robotic systems with multiple heat sources, such as CPUs, motors, and drivers. Lee’s major contributions lie in the development and comparative analysis of metallic and non-metallic cold plates, demonstrating that non-metallic alternatives can achieve competitive thermal performance while significantly reducing weight—a critical factor for humanoid robot mobility and reliability. His most-cited work, "Thermal performance of non-metallic two-phase cold plates for humanoid robot cooling" (2008, 8 citations), established foundational insights into two-phase cooling for compact robotic applications. A related study from 2007 (3 citations) systematically compared copper and non-metallic cold plates of identical dimensions, highlighting trade-offs between thermal conductivity and weight. Though his citation counts are modest, Lee’s work is notable for addressing the unique cooling challenges of humanoid robots, where space and weight constraints are paramount. His research has informed the design of more efficient, durable robotic systems, making him a key contributor to the intersection of thermal engineering and robotics.
Research Focus
Key Achievements
Top Papers
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