Ye Zhu

Papers

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About

Ye Zhu is a researcher specializing in robotics, structural optimization, and control systems engineering, with a particular focus on the integrated design of flexible robotic systems. His work addresses the challenging intersection of mechanical structure and control system design, seeking simultaneous optimization solutions that improve the performance of flexible robot arms. Zhu's most notable contributions center on the co-design of flexible robotic manipulators, where traditional approaches treat structural and control design as separate problems. His 2000 study on the simultaneous optimization of a two-link flexible robot arm — his most cited work with 25 citations — demonstrated how integrating structure-control design can effectively drive robotic arms to predefined tip positions while suppressing residual flexural vibrations, a persistent challenge in lightweight robotic systems. Complementing this, his related work on single-link flexible arm optimization further established foundational methodologies in this area. By employing finite element modeling and torque motor-driven joint systems, Zhu advanced practical frameworks for designing more efficient, precise, and dynamically stable robotic manipulators. His research remains relevant to students and engineers working on lightweight robotics, vibration control, and mechatronic system optimization, offering valuable insights into the benefits of unified structural and control design strategies.