Papers
16
Total Citations
242
H-Index
9
About
Dr. Rongfu Lin is a leading researcher in robotics and mechanical design, specializing in the synthesis and analysis of novel parallel mechanisms for surgical and space exploration applications. His work focuses on type synthesis of remote center of motion (RCM) mechanisms for minimally invasive surgical robots, where he has developed innovative 2R1T parallel mechanisms with passive limbs, as well as hybrid RCM designs based on topological arrangement. In the domain of space robotics, Dr. Lin has pioneered the concept of legged mobile landers that integrate landing and walking functions, addressing limitations of traditional separate lander-rover systems for extraterrestrial planetary exploration. His contributions include decoupled designs using rhombus joints and truss-mechanism transformation methods, with notable work on reconfigurable parallel mechanisms that transform between trusses and mechanisms using friction self-locking composite joints. Dr. Lin’s research on kinematic accuracy of six-degree-of-freedom parallel robots and motion generation for redundant humanoid robot arms further demonstrates his breadth. With over 200 citations across his most-cited papers, including influential works on space truss construction modeling and on-orbit assembly, his impact is evident in advancing both surgical robotics and planetary exploration technologies.
Research Focus
Key Achievements
Top Papers
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- 4Space truss construction modeling based on on-orbit assembly motion feature26 citations · 2023
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