Yuwen Liang

Papers

Total Citations

272

H-Index

About

Yuwen Liang is a leading researcher in soft robotics, specializing in the development of bio-inspired actuators and power systems that bridge the gap between flexibility and high performance. His work focuses on creating self-contained, multifunctional artificial muscles and pumps that overcome traditional trade-offs in actuation speed, portability, and reliability. Liang’s major contributions include pioneering self-contained soft electrofluidic actuators (SEFAs), which deliver powerful, rapid, and controllable motion without external tethers, and designing controllable stiffness origami “skeletons” that enable lightweight, multifunctional artificial muscles with tunable rigidity. His highly cited 2021 paper on a self-healing soft pump for robots (131 citations) demonstrates a novel approach to universal driving sources for safer human-robot interaction. With over 270 total citations across his key works, Liang’s innovations are shaping the next generation of adaptive soft robots and human-machine interfaces. His achievements highlight a commitment to solving persistent challenges in soft actuation, making him a notable figure in the field of soft robotics and intelligent materials.