Ramin Masoudi

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About

Ramin Masoudi is a leading figure in the dynamics and control of flexible space robotic systems. His research focuses on the complex challenges of maneuvering and suppressing vibrations in free-floating robots equipped with flexible arms—a critical area for future on-orbit servicing and assembly. His most-cited work, "Maneuvering and Vibrations Control of a Free-Floating Space Robot with Flexible Arms" (2011, 27 citations), provides a foundational framework for this field. In this study, Masoudi masterfully applies Kane’s method to derive the governing equations for a multi-link system comprising a rigid spacecraft, two flexible arms, and a rigid end-effector. By leveraging the power of Kane’s approach to incorporate motion constraints, he offers an elegant solution to the coupled problem of rigid-body maneuvering and elastic vibration suppression. This contribution is essential for engineers designing next-generation space manipulators, where precision and structural flexibility are in constant tension. Masoudi’s work stands as a key reference for researchers tackling the intricate dynamics of lightweight, high-performance space robots.