Zhu Shan-an

Papers

Total Citations

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About

Zhu Shan-an is a researcher whose work centers on the control and dynamics of electro-hydraulic robotic systems, with a particular focus on multi-joint mechanisms and advanced control strategies. His most cited study, "Study on PID, SFDO and MRA Control Performances of Multi-Joint Electro-Hydraulic Robot" (2005), systematically compares the effectiveness of proportional-integral-derivative (PID), sliding mode with fuzzy disturbance observer (SFDO), and model reference adaptive (MRA) control methods for improving the precision and stability of hydraulic robots. This work, cited 3 times, offers foundational insights into the trade-offs between classical and adaptive control approaches in complex, nonlinear robotic environments. Zhu’s contributions are especially relevant to the fields of industrial automation, heavy-duty robotics, and fluid power systems, where robust control is critical. His research helps bridge the gap between theoretical control algorithms and practical implementation in electro-hydraulic systems, providing a valuable reference for engineers and researchers working on high-performance robotic manipulators. Though his citation count is modest, his work remains a useful resource for those exploring control optimization in hydraulically actuated robots.