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About

Zhang-wei Yu is a robotics and aerospace engineer whose research focuses on the dynamics, modeling, and control of space robotic systems. Yu has made significant contributions to the understanding of six-degree-of-freedom (6-DOF) space robots, particularly in addressing the complex challenges posed by flexible solar panels and their influence on system dynamics. Recognizing a critical gap in the field — that most prior work had been limited to planar problems and neglected flexible panel effects — Yu advanced the discipline by developing comprehensive three-dimensional dynamic models that account for structural flexibility, a factor of considerable practical importance in real space missions. Yu's most influential work, "Dynamics modeling and control of a 6-DOF space robot with flexible panels for capturing a free floating target" (2016), has accumulated 45 citations and established a foundational framework for subsequent research in the area. Building on this, Yu explored robust adaptive control strategies and applied the singular perturbation method to achieve active vibration suppression and precise maneuvering. Collectively, Yu's publications have shaped how researchers approach the design and control of space manipulators intended for orbital operations such as satellite capture and on-orbit servicing, making meaningful contributions to the advancement of autonomous space exploration technologies.