Xisheng Luo

University of Science and Technology of China

Papers

Total Citations

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About

Xisheng Luo is a researcher specializing in the fluid dynamics of microswimmers, with a focus on understanding how synthetic and biological microscale robots navigate complex environments. Their work bridges theoretical modeling, numerical simulation, and asymptotic analysis to unravel the mechanics of propulsion at low Reynolds numbers. A key contribution is the study of how the intrinsic curvature of elastic filaments affects the propulsion of flagellated microrobots, providing fundamental insights for designing more efficient synthetic microswimmers for active cargo delivery. This work, published in 2020, has garnered 21 citations. Luo has also investigated the influence of vibrating walls on microswimmer migration in channels, demonstrating how moving boundaries and muscular contractions alter swimming trajectories—a finding with implications for targeted drug delivery in dynamic physiological settings. With a growing citation record, Luo’s research is shaping the next generation of microscale robotics, offering both theoretical frameworks and practical design principles for navigating biological and engineered microenvironments.