Papers
1
Total Citations
3
H-Index
1
About
Yue Yu is an emerging researcher specializing in robotic manufacturing systems, with a particular focus on friction stir welding (FSW) automation and advanced control strategies for industrial applications. Yu's most notable contribution centers on the development of a sophisticated force/position hybrid control strategy for eight-axis robotic friction stir welding systems — a technically demanding innovation addressing real-world challenges in aerospace and new-energy vehicle manufacturing, where precise joining of large, curved aluminum alloy structures is critical to structural integrity and production quality. Yu's work demonstrates a forward-thinking approach to bridging the gap between traditional welding limitations and the growing complexity of modern manufacturing demands. By integrating an eight-axis linkage platform with hybrid control architecture, Yu's research advances the capability of robotic FSW systems to operate with greater precision and adaptability on non-planar workpieces — a significant step toward fully automated, high-quality aluminum alloy fabrication. Although Yu's publication record is still in its early stages, with leading work accumulating 3 citations since its 2025 release, the practical relevance of this research to two of the world's fastest-growing industries positions Yu as a promising contributor to the fields of intelligent manufacturing, robotics, and materials joining technology.
Research Focus
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Top Papers
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