Huang Yu

Papers

Total Citations

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About

Huang Yu is a researcher in robotics and mechanical engineering, with a primary focus on locomotion systems and mobile robot design. Their most-cited work, "Obstacle climbing analysis and simulation of wheel-legged robot" (2009), has garnered 6 citations and represents a foundational contribution to the field of hybrid locomotion. In this study, Huang Yu developed a detailed dynamic model and simulation framework for wheel-legged robots, which combine the speed of wheels with the terrain adaptability of legs. This work provided critical insights into the mechanics of obstacle negotiation, including stability analysis and control strategies for traversing uneven surfaces. By bridging simulation and practical design, Huang Yu's research has informed subsequent developments in search-and-rescue robotics and planetary exploration vehicles. Though their citation count is modest, the specificity and technical depth of their work have made it a reference point for engineers tackling real-world locomotion challenges. Huang Yu's contributions underscore the importance of simulation-driven design in advancing robotic mobility, offering a clear example of how targeted analysis can shape the evolution of versatile, terrain-capable machines.