Li Lu

Institute of Advanced Manufacturing Technology, Chinese Academy of Sciences

Papers

Total Citations

H-Index

About

Li Lu is a robotics researcher whose work focuses on bio-inspired locomotion and the mechanics of agile, unconventional robotic systems. A standout contribution is their study on the "Effect of swing legs on turning motion of a free-falling cat robot" (2017, 9 citations), which draws from the self-righting principle of a falling cat to build a multi-rigid-body dynamic model. By analyzing how swing leg angles influence turning rates, Li Lu advanced the design of robots capable of mid-air reorientation—a critical capability for search-and-rescue or space applications. This work bridges biological inspiration and mechanical engineering, offering a foundation for more adaptive, free-falling robots. Earlier, Li Lu explored "Analysis of Climbing Obstacle Capability and its Influential Factors of Omni-Directional Wheeled Robot" (2012, 3 citations), developing a simplified mechanics model to determine how factors like wheel design affect obstacle-climbing height. Though modest in citation counts, these studies demonstrate a methodical approach to solving real-world mobility challenges, from navigating debris to executing precise aerial maneuvers. Li Lu’s research stands out for its focus on dynamic, non-standard locomotion—paving the way for robots that move with the grace of animals and the precision of machines.