Limeng Liu
Papers
2
Total Citations
54
H-Index
2
About
Limeng Liu is a leading researcher in bio-inspired robotics, with a focus on flapping-wing micro air vehicles and multimodal locomotion. Liu’s work explores how insects cope with wing damage—a critical yet underexplored area—demonstrating that damaged wings can still sustain flight, and translating these biological strategies into resilient robot designs. In their highly cited 2021 study “Flying With Damaged Wings” (36 citations), Liu systematically analyzed the effects of symmetrical and asymmetrical wing wear on flight capacity, then developed bio-inspired coping mechanisms to maintain stability and lift. This work has profound implications for durable, field-deployable micro-drones. Liu also pioneered hybrid aerial-terrestrial locomotion in “Crawl and Fly” (18 citations), designing a hummingbird-scale robot that uses a single set of actuators for both flapping flight and legged crawling. By enabling forward, reverse, and steering motions on the ground without additional motors, Liu’s unified actuation approach dramatically reduces weight and complexity. These contributions have positioned Liu at the forefront of resilient, multi-terrain micro-robotics, inspiring new generations of robots that can navigate cluttered, unpredictable environments—from disaster zones to dense forests—with insect-like agility and robustness.
Research Focus
Key Achievements
Top Papers
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- 2