Myung Wook Hyun

Yonsei University, Samsung (South Korea)

Papers

Total Citations

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About

Myung Wook Hyun is a leading researcher in robotics, specializing in the design and optimization of variable stiffness joints (VSJs) for human-robot interaction. His work addresses the critical challenge of balancing safety and performance in robotic manipulators, particularly in collaborative environments where robots must minimize impact forces on humans. Hyun’s major contributions include pioneering the use of permanent magnets to create novel VSJ mechanisms, enabling rapid stiffness adjustment to reduce shock during collisions. His 2007 paper, “Optimal Design of a Variable Stiffness Joint Using Permanent Magnets” (14 citations), introduced a groundbreaking concept that leverages magnetic repulsion for tunable compliance. He further refined this approach in his 2009 study, “Optimal design of a variable stiffness joint in a robot manipulator using the response surface method” (11 citations), employing advanced optimization techniques like response surface methodology to enhance joint performance. With over 25 combined citations, Hyun’s work has influenced the development of safer, more adaptive robots for industrial and service applications. His research is notable for its practical focus on design efficiency and real-world implementation, making him a key figure in the evolution of compliant robotic systems.