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About

Xiaoting Rui is a prominent researcher in the field of multibody system dynamics, with a career dedicated to advancing computational and theoretical frameworks for analyzing complex mechanical systems. His most influential contribution, "Theoretical Modeling and Numerical Solution Methods for Flexible Multibody System Dynamics" (2019, 102 citations), established foundational approaches for modeling flexible bodies within dynamic systems — a critical challenge in modern engineering design. Rui has been a driving force in developing the Transfer Matrix Method for Multibody Systems (MSTMM), a powerful computational tool applied across demanding engineering domains including high-speed trains, self-propelled artillery, multiple launch rocket systems, and industrial robots. His work bridges theoretical mechanics with practical virtual design software, enabling engineers to simulate and optimize complex mechanical systems with greater efficiency. More recently, Rui has expanded his research into robotics, exploring inverse kinematics for robotic arms and adaptive control strategies for rigid-flexible manipulators. He has also contributed to the academic community by founding the *International Journal of Mechanical System Dynamics (IJMSD)*, reflecting his commitment to advancing the discipline globally. Through sustained contributions spanning over a decade, Rui has helped shape multibody dynamics into an indispensable toolbox for modern engineering science.