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Total Citations
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About
Shifeng Yuan is a pioneering researcher in marine robotics, specializing in the fluid–structure interaction dynamics of wave-powered autonomous surface vehicles. His core research focuses on the design and mechanical analysis of flexible webbed wings (FWWs) for wave gliders—innovative unmanned surface robots that harness both wave and solar energy for sustained ocean monitoring. Yuan’s major contribution lies in his detailed study of the fluid–structure coupling characteristics of these flexible wings under passive deformation, a critical factor for improving propulsion efficiency and structural resilience in real-sea conditions. His 2024 paper, "Analysis of the fluid–structure coupling dynamic characteristics of flexible webbed wings under passive deformation," has already garnered attention with 2 citations, marking an early impact in this niche field. By advancing the understanding of how flexible biomimetic wings interact with waves, Yuan’s work directly supports the development of more durable and energy-autonomous ocean robots. His research is instrumental for marine scientists and engineers seeking long-duration, low-cost platforms for oceanographic data collection, positioning him as a key contributor to next-generation unmanned marine technology.
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