Ziming Chen

Papers

Total Citations

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About

Ziming Chen is an emerging researcher specializing in parallel mechanism design, rehabilitation robotics, and kinematic analysis. His work sits at the intersection of mechanical engineering and medical application, focusing on developing sophisticated robotic systems that address real-world clinical needs. Chen's most notable contribution to date is his investigation into ankle joint rehabilitation mechanisms, specifically the 3-PUU/R parallel architecture. This work tackles a critical gap in rehabilitation robotics: the misalignment between conventional rehabilitation devices and the true anatomical axis of the human ankle. By rigorously analyzing motion characteristics and optimizing the design, Chen advances the precision and effectiveness of ankle rehabilitation technology — a pressing concern given the widespread prevalence of ankle injuries globally. This paper has accumulated 5 citations since its 2024 publication, reflecting immediate interest from the robotics and medical communities. Complementing this work, Chen has also contributed to the theoretical foundations of spherical parallel mechanisms (SPMs), exploring novel 2-DOF configurations applicable to surgical and exoskeleton robots. Though early in citation count, this research demonstrates his breadth across both applied and fundamental mechanism design. Still early in his career, Chen shows strong promise as a contributor to next-generation robotic rehabilitation and precision mechanism engineering.