Papers
5
Total Citations
88
H-Index
5
About
Gil-Yong Lee is a leading researcher in the field of soft robotics and smart materials, with a primary focus on developing advanced actuators for biomedical and robotic applications. His work centers on ionic polymer–metal composites (IPMCs) and shape memory alloys (SMAs), where he has pioneered novel fabrication techniques and design architectures that enable unprecedented levels of deformation and multi-mode actuation. Lee’s major contributions include the creation of a biaxial bending IPMC actuator, which demonstrated large deformation ranges with low driving voltages, and the development of soft composite bending actuators interwoven with glass fiber textiles and SMA wires, achieving 27 citations for their use in soft grippers. His innovative torsional soft morphing actuator, fabricated from twisted SMA wires, has garnered 13 citations and shows promise for applications like soft morphing wings. With a career spanning over a decade, Lee’s work has accumulated significant impact, including 35 citations for his foundational IPMC actuator study. He has also explored medical robotics, designing tool patterns for calcified plaque removal robots, demonstrating the versatility of his smart structure expertise. Lee’s research continues to push the boundaries of deformable, lightweight actuators for next-generation soft robotics.
Research Focus
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