Seok-Ryung Kwon
Papers
2
Total Citations
109
H-Index
2
About
Seok-Ryung Kwon is a leading researcher in the field of bio-inspired robotics, with a primary focus on the hydrodynamics and mechanical design of robotic fish. His major contributions lie in understanding how fin compliance and actuation mechanisms can optimize thrust and efficiency in underwater vehicles. In his highly cited 2012 work (106 citations), Kwon introduced a kinematic condition for maximizing thrust using a compliant caudal fin, providing a simple yet powerful method to determine optimal fin stiffness—a critical insight for designing agile, energy-efficient robotic fish. This work has become a foundational reference for researchers developing biomimetic underwater propulsion systems. Kwon also advanced practical design through his 2018 study on an efficiency-enhanced Scotch yoke mechanism, which improves the mechanical transmission of oscillatory motion in robotic fish. His research bridges theoretical fluid dynamics and engineering application, offering clear guidelines for creating faster, more maneuverable autonomous underwater vehicles. With his work cited by engineers and biologists alike, Kwon continues to shape the future of aquatic robotics, inspiring new generations of students to explore the intersection of biology, mechanics, and control.
Research Focus
Key Achievements
Top Papers
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- 2