C Y Zhang

Papers

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About

C. Y. Zhang is a researcher specializing in electro-hydraulic systems and robotics, with a focus on improving the performance of load-sensing electro-hydraulic driving mechanisms. Their key research areas include system stability analysis, dynamic response optimization, and the integration of simulation tools like AMESim to address real-world engineering challenges. Zhang’s most notable contribution, the 2018 study "Design and stability factors analysis of electro-hydraulic driving system for load-sensing electro-hydraulic robot," tackles the critical shortcomings of electro-hydraulic robots—namely, system fluctuation and slower response speeds compared to their electric counterparts. By simulating static and dynamic characteristics, Zhang provides foundational insights for enhancing robotic efficiency and reliability. While the paper has garnered 5 citations, its impact lies in bridging the gap between theoretical design and practical application, offering a roadmap for engineers seeking to refine electro-hydraulic systems. This work underscores Zhang’s dedication to advancing robotic actuation technology, making it a valuable reference for students and researchers exploring hybrid power systems in robotics.