Papers
10
Total Citations
713
H-Index
8
About
Maenghyo Cho is a distinguished researcher whose work sits at the dynamic intersection of smart materials, bio-inspired robotics, and soft actuator design. His research has made landmark contributions to the development of shape memory alloy actuators, bio-mimetic robotic systems, and stimuli-responsive polymers, establishing him as a leading voice in the field of intelligent structures and soft robotics. Cho's most celebrated contributions include a widely adopted engineering design framework for shape memory alloy coil spring actuators (170 citations) and pioneering work on Venus flytrap-inspired robots that exploit bistability and snap-through mechanisms (160 citations), demonstrating how structural instability can be harnessed for rapid, elegant actuation. His tendril-inspired soft grippers utilizing programmable polymer–paper bilayer composites (162 citations) have opened new pathways for plant-mimetic morphing systems, while his kirigami/origami-based deployable reflector design (96 citations) showcases versatility across optical and sensing applications. More recently, Cho has pushed frontiers in photoresponsive materials, investigating azobenzene-functionalized liquid crystalline polymers through multiscale molecular simulations to bridge nanoscale photoisomerization and macroscale mechanical behavior. This body of work collectively reflects a researcher whose curiosity spans scales — from molecular engineering to deployable robotic systems — offering students and collaborators a rich, interdisciplinary legacy to build upon.
Research Focus
Key Achievements
Top Papers
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- 4Kirigami/Origami‐Based Soft Deployable Reflector for Optical Beam Steering96 citations · 2017
- 5Towards a bio-mimetic flytrap robot based on a snap-through mechanism42 citations · 2010
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- 7Design & analysis a flytrap robot using bi-stable composite21 citations · 2011
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