Weiwei Xiong

Nanjing University of Science and Technology

Papers

Total Citations

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About

Weiwei Xiong is a researcher specializing in advanced manufacturing processes, with a particular focus on robotic machining and ultrasonic-assisted material removal. Their work addresses critical challenges in precision engineering, especially the stability and quality of machining components with poor rigidity—a common issue in aerospace, automotive, and medical device fabrication. Xiong’s most-cited paper, "Investigation on stability of robotic rotary ultrasonic edge milling component with poor rigidity" (2022), has garnered 10 citations, establishing a foundation for understanding how ultrasonic vibrations can enhance robotic milling accuracy and reduce defects in thin-walled or flexible structures. This contribution is pivotal for industries requiring high-precision, low-damage machining of complex geometries. By integrating robotics with ultrasonic technology, Xiong’s research pushes the boundaries of automated manufacturing, offering solutions to improve process reliability and component integrity. Their work is increasingly recognized for its practical implications, bridging the gap between theoretical stability analysis and real-world robotic applications. For students and researchers in mechanical engineering, manufacturing science, or robotics, Xiong’s studies provide essential insights into optimizing machining parameters for challenging materials and geometries, marking them as a rising voice in the field of intelligent and sustainable manufacturing.