Papers
2
Total Citations
80
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2
About
Wen Yue is a leading materials scientist specializing in surface engineering, tribology, and advanced composite materials for intelligent systems. Their foundational work on plasma-nitrided titanium, particularly the widely cited 2015 study on nitriding temperature’s effects on microstructures and vacuum tribological properties (78 citations), has significantly advanced the durability of titanium components in extreme environments. More recently, Yue has pioneered the integration of functional composites into soft robotics, exemplified by their 2023 synthesis of PDMS-PBA/LABN thermal interface materials for robotic thermosensitive tactile recognition systems—a breakthrough bridging thermal management and sensory feedback. With a career spanning traditional wear-resistant coatings and cutting-edge smart materials, Yue’s research consistently addresses critical challenges in mechanical reliability and human-machine interaction. Their work not only deepens fundamental understanding of surface modification but also enables practical innovations in aerospace, biomedical devices, and next-generation robotics, making them a key contributor to both fundamental tribology and applied materials science.
Research Focus
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Top Papers
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