Papers
1
Total Citations
2
H-Index
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About
Yueya Wu is a researcher specializing in advanced manufacturing and assembly technologies for aerospace structures, with a particular focus on precision drilling and riveting processes. Her major contribution lies in addressing the critical challenge of vertical accuracy in automatic riveting of aircraft panels with variable curvatures—a key factor determining joint quality and mechanical performance. In her most cited work (2023), Wu proposed a combined vertical accuracy compensation method that significantly improves hole perpendicularity during drilling and riveting operations. This research directly impacts the reliability and longevity of riveted connections in modern aircraft structures, where geometric complexity demands adaptive solutions. While her citation count is still growing, her work represents an important step toward more precise and automated aerospace assembly. Wu’s research bridges mechanical engineering, robotics, and quality control, offering practical methodologies for industrial applications. Her contributions are particularly relevant for students and engineers working on automated assembly systems, precision manufacturing, and aerospace structural integrity. As the aerospace industry increasingly adopts automation, Wu’s compensation methods provide a foundation for further innovations in adaptive drilling and fastening technologies.
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Top Papers
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