Zhi Hua Feng
Papers
5
Total Citations
106
H-Index
4
About
Zhi Hua Feng is a pioneering researcher at the intersection of soft robotics, microfluidics, and intelligent sensing systems. His work primarily focuses on the unconventional manipulation of liquid metal droplets and the development of highly robust mechanical sensors. Feng’s major contributions include demonstrating the first magnetic-field-driven locomotion of liquid metal droplets—a breakthrough with 79 citations that opens new avenues for microelectromechanical systems and biomimetic robotics. He further advanced this field by achieving controllable self-rotation of liquid metal droplets solely through magnetic fields, a feat with significant implications for chip cooling and fluid mixing. In sensing technology, Feng developed a novel "stick-on, film-like" split angle sensor using magnetic induction, enabling precise angle detection in foldable structures and origami robots. His most recent work introduces magnetic crack-based piezoinductive sensors, achieving an unprecedented combination of extreme robustness and ultra-sensitivity for robotic perception. With a career spanning from nonlinear control of robotic excavators to cutting-edge soft matter actuation, Feng’s research consistently bridges fundamental physics with practical engineering, making him a notable figure in advanced robotics and smart materials.
Research Focus
Key Achievements
Top Papers
- 1Unconventional locomotion of liquid metal droplets driven by magnetic fields79 citations · 2018
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