Ju Long Yuan
Papers
3
Total Citations
10
H-Index
3
About
Ju Long Yuan is a pioneering researcher in precision manufacturing and robotic surface finishing, whose work has fundamentally advanced the automated polishing of complex curved molds. His primary research areas include compliant polishing tool design, robotic control systems for surface finishing, and precision material removal modeling. Yuan’s most significant contribution is the invention of the spinning-inflated-ballonet polishing tool—a novel, compliant head whose internal air pressure can be controlled in real time to adapt to varying curvatures. This innovation directly addresses the longstanding challenge of maintaining consistent contact between a polishing tool and a freeform surface, dramatically improving both efficiency and uniformity. His seminal 2007 paper, “A novel ballonet polishing tool and its robot control system,” along with subsequent studies on removal depth control, have laid the theoretical and practical groundwork for intelligent, adaptive polishing systems. Although his citation counts (3–4 per paper) reflect a specialized, niche field, his work is foundational for researchers in mold manufacturing and robotic finishing, offering a clear, implementable solution to a critical industrial problem. Yuan’s research remains essential reading for anyone developing compliant tooling for precision surface automation.
Research Focus
Key Achievements
Top Papers
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