Papers
6
Total Citations
147
H-Index
6
About
Jung Ho Kim is a pioneering researcher whose work bridges bio-inspiration, advanced materials, and soft robotics. His key research areas include bio-inspired multifunctional materials, nanostructured electrocatalysts, and dielectric elastomer actuators. Kim’s major contributions include the development of bio-inspired metallic foams that fuse biological solutions from lotus leaves, water striders, and birds to achieve multifunctional integration—a concept published in a highly cited 2014 paper (55 citations). He also advanced clean energy with high-performance quaternary PtRuIrNi electrocatalysts supported on hierarchical nanostructured carbon (26 citations), and pioneered artificial muscle technology through the Tube-Spring Actuator (21 citations), a novel dielectric elastomer design for linear motion. More recently, Kim introduced mechanically stable kirigami deformable resonant circuits for wireless vibration and pressure sensing (16 citations), enabling applications in motion tracking, health monitoring, and soft robotics. His work has also extended into biomedical engineering, notably contributing to robotic thyroidectomy outcomes. With a portfolio spanning from fundamental materials science to practical sensor systems, Kim’s interdisciplinary approach continues to inspire innovations in nature-inspired engineering and intelligent soft devices.
Research Focus
Key Achievements
Top Papers
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