Jinbo Niu
Papers
2
Total Citations
228
H-Index
2
About
Jinbo Niu is a leading figure in advanced manufacturing, specializing in the machining of free-form surfaces and robotic milling dynamics. His work bridges the gap between traditional CNC machining and modern industrial robotics, addressing critical challenges in precision and efficiency. Niu’s most influential contribution is his comprehensive state-of-the-art review on path, feedrate, and trajectory planning for free-form surface machining, which has garnered 172 citations. This paper systematically analyzes the transition from CNC to robotic manipulators, highlighting cost benefits, operational flexibility, and the need for optimized motion planning. In a second highly cited work (56 citations), Niu developed a predictive model for pose-dependent modal properties and stability limits in robotic ball-end milling, a breakthrough that enables chatter-free, high-precision machining by accounting for the robot’s variable stiffness. His research directly impacts industries like aerospace and automotive, where complex surfaces demand both accuracy and adaptability. Through these contributions, Niu has established himself as a key innovator in intelligent manufacturing, offering practical solutions for integrating robotics into high-performance machining processes.
Research Focus
Key Achievements
Top Papers
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- 2