Shixiao Yu

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About

Shixiao Yu is a leading researcher in the fields of space robotics, structural assembly, and precision engineering, with a particular focus on the challenges of constructing ultra-large structures in orbit. His most-cited work, "Influences of space perturbations on robotic assembly process of ultra-large structures" (2023), has garnered 19 citations, highlighting its timely contribution to the growing field of in-space manufacturing and autonomous assembly. Yu’s research addresses critical issues such as microgravity dynamics, thermal fluctuations, and vibration control, which are essential for the successful deployment of next-generation space telescopes, solar arrays, and modular habitats. By modeling and mitigating the effects of space perturbations on robotic manipulators, he provides foundational insights that bridge the gap between terrestrial robotics and extraterrestrial construction. His work is particularly notable for its practical implications, offering solutions that could reduce mission costs and enhance the reliability of large-scale space infrastructure. Yu’s achievements have positioned him as a key voice in the development of autonomous assembly technologies, making his research indispensable for engineers and scientists working toward sustainable space exploration.