Fengyi Liu

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Total Citations

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About

Fengyi Liu is a robotics researcher specializing in the design and development of climbing robots for infrastructure maintenance, with a particular focus on suspension bridge inspection. His major contributions center on creating wheel-based cable climbing robotic systems that integrate driving, adhesion, and safe landing mechanisms to navigate complex cable structures. His most cited work, "Development of cable climbing robot for maintenance of suspension bridges" (2012), has garnered 25 citations, showcasing its influence in the field of structural health monitoring. This paper introduced a novel pantograph-based driving mechanism that enhances stability and adaptability on inclined cables. Additionally, his collaborative work "Development of Cable Climbing Robotic System for Inspection of Suspension Bridge" (2011), with 13 citations, further advanced practical inspection solutions. Liu’s research addresses critical challenges in automating dangerous maintenance tasks, improving safety and efficiency for civil infrastructure. His achievements include presenting at the prestigious ISARC conference and contributing to the broader adoption of robotics in bridge maintenance. For students and researchers, Liu’s work exemplifies how robotic engineering can solve real-world structural problems, inspiring further innovation in climbing robot design and autonomous inspection systems.