Papers
2
Total Citations
22
H-Index
2
About
Chun Ju is a researcher specializing in advanced robotic manufacturing and precision surface finishing, with a particular focus on the polishing of complex components such as turbine blades. Their work bridges the gap between automation and material science, developing intelligent control systems for abrasive cloth wheel polishing. Ju’s most cited papers, each garnering 11 citations, establish foundational contributions in this niche: one introduces a fuzzy impedance force control technology that enables robots to adaptively regulate contact forces during polishing, enhancing consistency and surface quality; the other presents a predictive model for material removal, allowing engineers to optimize process parameters for blade finishing. These contributions are critical for industries like aerospace and energy, where blade surface integrity directly impacts performance and longevity. By integrating fuzzy logic with robotic force control, Ju has advanced the precision and reliability of automated polishing systems, offering a path toward fully autonomous finishing of high-value components. Their work is particularly notable for addressing the challenges of compliant tool interaction with freeform surfaces, a key hurdle in robotic manufacturing.
Research Focus
Key Achievements
Top Papers
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