Minghe Li

Papers

Total Citations

H-Index

About

Minghe Li is a leading researcher in bio-inspired robotics and mobile manipulation systems, with a focus on developing novel locomotion mechanisms for challenging environments. His most influential work, "Wet Adhesion Inspired Bionic Climbing Robot" (2013, 80 citations), draws from the remarkable climbing abilities of arthropods like stick insects. By analyzing the morphology and wet adhesion mechanisms of insect pads, Li engineered a biomimetic adhesive pad that enables wall-climbing robots to scale vertical surfaces with unprecedented reliability. This contribution has significant implications for inspection, maintenance, and search-and-rescue operations in hazardous settings. Li has also contributed to the design of omni-directional mobile robots, as seen in his 2011 paper on a four-wheel-driving system capable of planar movement while maintaining stability and following black-line paths. Though less cited, this work demonstrates his broader expertise in agile, maneuverable robotic platforms. With a career spanning bionics, adhesion mechanics, and mobile robotics, Li’s research continues to inspire innovations in robots that can navigate complex, real-world terrains.