Dongbo Qu
Papers
2
Total Citations
9
H-Index
2
About
Dongbo Qu is a researcher focused on advanced manufacturing processes for aero-engine components, with key contributions in thermal spraying and robotic precision machining. His work addresses critical challenges in turbine blade production, particularly in heat-transfer effects during plasma spraying and calibration methods for robotic grinding systems. In his 2023 study on plasma spraying speed, Qu demonstrated how spray parameters influence heat transfer on turbine blades, providing foundational insights for optimizing coating quality in high-temperature applications—work that has already garnered 7 citations. More recently, his 2025 paper introduced a non-contact calibration method for workpiece coordinate systems in aero-engine blade-robotic grinding systems, solving the persistent problem of mounting error that degrades grinding accuracy. By eliminating the need for physical contact during calibration, this innovation enhances both precision and efficiency in automated blade finishing. Qu’s research directly supports the aerospace industry’s demand for higher manufacturing tolerances and surface integrity, bridging thermal spray science with robotic automation. His growing citation record reflects the practical relevance of his contributions to production engineering and surface treatment technologies.
Research Focus
Key Achievements
Top Papers
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