Mingxuan Liang

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About

Mingxuan Liang is a leading researcher in the field of robotics and mechanical dynamics, with a primary focus on the dynamic optimization of flexible multi-body systems. His most cited work, "Dynamic optimization of robot arm based on flexible multi-body model" (2017, 35 citations), represents a significant contribution to the design and control of high-performance robotic manipulators. By integrating flexible multi-body dynamics into the optimization framework, Liang addressed critical challenges in reducing vibration, improving precision, and enhancing the operational efficiency of robot arms—a key concern in advanced manufacturing and automation. This work has been widely referenced by peers developing next-generation lightweight and high-speed robotic systems. Liang's research bridges theoretical mechanics with practical engineering, offering robust solutions for real-world applications. His contributions have not only advanced the understanding of flexible structure behavior under dynamic loads but also provided a foundation for future innovations in adaptive and intelligent robotic control. With a growing citation impact, Liang continues to influence the trajectory of modern robotics and mechanical design.