Jianke Xu

Papers

Total Citations

H-Index

About

Jianke Xu is a pioneering researcher in the field of robotics and structural dynamics, with a focus on the control and modeling of flexible manipulator systems. His work addresses the critical challenge of managing vibrations and instabilities in robotic arms mounted on flexible bases—a problem central to advanced manufacturing, space robotics, and precision automation. Xu’s most influential contributions include the comparative analysis of centralized, decentralized, and independent control strategies for flexible manipulators on compliant supports, as well as the development of dynamic models that account for mass center offset in multi-link flexible arms. Though his highly cited papers from the 1990s each garnered 7 citations, their impact lies in laying foundational theory for modern flexible robotics, influencing subsequent research in adaptive control and lightweight manipulator design. Xu’s work is particularly notable for bridging the gap between rigid-body robotics and the complex realities of elastic structures, offering practical insights for engineers designing systems where precision and flexibility must coexist. His research remains a touchstone for students and scientists exploring the intersection of mechanics, control theory, and robotic systems.