Huapeng Du

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About

Huapeng Du is a leading researcher in advanced robotic manufacturing, with a primary focus on precision machining and intelligent automation for complex industrial components. His most influential work centers on the development of automatic robotic polishing systems for difficult-to-machine materials, particularly titanium alloy parts. In his landmark 2015 paper, cited over 50 times, Du introduced a groundbreaking technique that integrates compliant force/position control to achieve superior surface finishes on curved titanium components. By designing a specialized compliant end-effector with an integrated force sensor and implementing a position-based explicit force control architecture, he solved critical challenges in maintaining consistent contact pressure during automated polishing. This innovation has significant implications for aerospace and biomedical industries, where titanium alloy parts require high-precision surface treatment. Du’s contributions bridge the gap between traditional manual polishing and fully automated, adaptive robotic systems, establishing a foundation for intelligent manufacturing processes that combine force sensing with real-time control. His work continues to influence research in robotic deburring, grinding, and surface finishing, making him a notable figure in the field of industrial robotics and precision engineering.