Shichang Meng

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About

Shichang Meng is a pioneering researcher in the field of space robotics and structural assembly, with a focused expertise in the dynamics and control of ultra-large space structures. His most-cited work, "Influences of space perturbations on robotic assembly process of ultra-large structures" (2023), has garnered 19 citations, marking a significant contribution to understanding how microgravity, thermal fluctuations, and orbital disturbances affect the precision and stability of robotic assembly in space. Meng’s research addresses critical challenges for future megaprojects, such as constructing space-based solar power stations or large telescopes in orbit, by modeling perturbation effects and developing adaptive control strategies. His work bridges robotics, aerospace engineering, and structural mechanics, offering practical insights for autonomous assembly systems. Notably, this paper has become a key reference for engineers and researchers tackling the complexities of in-space manufacturing, highlighting Meng’s role in advancing the feasibility of large-scale orbital construction. His achievements underscore a commitment to solving real-world problems in space exploration, making him a rising voice in the next generation of space infrastructure research.