Papers
9
Total Citations
101
H-Index
7
About
Chunming Deng is a researcher specializing in robotic manufacturing, surface engineering, and advanced coating technologies, with a particular focus on the precision processing of aero-engine components. His work sits at the intersection of industrial robotics, thermal barrier coatings (TBCs), and intelligent trajectory planning, addressing critical challenges in aerospace manufacturing where precision and reliability are paramount. Deng's most significant contributions center on developing sophisticated robotic polishing and grinding systems for aero-engine turbine blades. His highly cited 2022 studies—combining reverse engineering, finite element mesh technology, and point cloud data to plan polishing trajectories for TBCs—have garnered over 30 and 17 citations respectively, establishing him as a leading voice in this specialized domain. He has further advanced calibration methodologies for robotic grinding systems, proposing novel non-contact and point cloud-based approaches that dramatically reduce fixture and mounting errors in real-world applications. Beyond polishing, Deng has explored plasma spray trajectory optimization, coating thickness prediction, and innovative diamond abrasive grinding processes for ceramic coatings. His more recent work extends into cold spray additive-subtractive manufacturing for autonomous repair of complex geometries. Collectively, his research directly addresses industrial demands for smarter, more automated solutions in aerospace component manufacturing and maintenance.
Research Focus
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