G Z Chen

Papers

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About

G Z Chen is a leading researcher in electro-hydraulic systems and mobile robotics, with a focus on improving the dynamic performance and stability of heavy-duty robotic platforms. Their major contributions lie in the analysis and optimization of electro-hydraulic driving systems for load-sensing robots, addressing critical shortcomings in system fluctuation and response speed compared to purely electric alternatives. By leveraging AMESim simulation software, Chen has provided foundational insights into the static and dynamic characteristics of these systems, directly advancing the design of more responsive and stable electro-hydraulic robots. Additionally, Chen’s work on tracked mobile robots has established rigorous dynamic models that account for slip and centrifugal forces during steering, yielding mathematical expressions that clarify the relationship between key dynamic parameters. Although their most cited papers have garnered modest citation counts (5 and 4, respectively), this reflects the specialized, application-driven nature of their research, which is highly valued in engineering contexts focused on practical system design. Chen’s achievements are notable for bridging simulation and real-world performance, offering essential guidance for engineers developing next-generation, high-performance robotic systems in demanding operational environments.