Papers
1
Total Citations
11
H-Index
1
About
Zhiye Zhao is a researcher specializing in bio-inspired fluid dynamics and fluid-structure interactions, with a particular focus on understanding how flexible appendages influence propulsion and flow control. His major contributions center on the interplay between structural flexibility and unsteady hydrodynamics, as demonstrated in his highly cited work, "Length and stiffness effects of the attached flexible plate on the flow over a traveling wavy foil" (2021, 11 citations). This study systematically investigates how varying the length and stiffness of a flexible plate attached to a wavy foil alters wake structures, thrust generation, and efficiency—insights critical for designing biomimetic underwater vehicles and energy-harvesting devices. Zhao’s research bridges fundamental mechanics and applied engineering, offering a framework for optimizing flexible propulsors in nature and robotics. His work has been recognized for its clarity and practical relevance, contributing to a growing body of knowledge on how passive flexibility can enhance performance in unsteady flows. For students and researchers, Zhao’s studies provide a clear entry point into the complexities of fluid-structure coupling, emphasizing the importance of parametric exploration in bio-inspired design.
Research Focus
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Top Papers
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