Cheng-Yu Chu

Papers

Total Citations

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About

Cheng-Yu Chu is a robotics researcher whose work centers on the design and control of compliant actuation mechanisms, with a particular focus on robotic wrists that combine high torque density with intrinsic flexibility. His major contributions lie in developing compact, multi-degree-of-freedom wrist mechanisms that emulate the compliance of human limbs, enabling safer and more effective human-robot interaction. His most-cited paper, “Design and experiment of a compact wrist mechanism with high torque density” (2014, 18 citations), showcases his ability to engineer systems that deliver robust force and torque control while maintaining a small footprint. In a related study, “Design and control of a robotic wrist with two collocated axes of compliant actuation” (2014, 4 citations), Chu addresses the longstanding challenge of integrating intrinsic compliance into multi-DOF manipulators, advancing the field’s capacity for delicate, adaptive tasks. Though his citation counts are modest, his work is foundational for researchers exploring compliant robotics, and his designs have implications for prosthetics, collaborative robots, and industrial automation. Chu’s achievements reflect a deep commitment to bridging mechanical innovation with practical control strategies.