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About

Qiang Zhu is a leading researcher in bio-inspired fluid dynamics and soft robotics, with a focus on aquatic locomotion. His work bridges biology and engineering to understand and replicate the efficient swimming mechanisms of marine animals. Zhu’s major contributions include pioneering the three-dimensional analysis of flow structures in fish-like swimming, as demonstrated in his highly cited 2002 paper (279 citations), which combined numerical methods with experimental data to reveal vorticity control. He has also advanced cephalopod-inspired robotics, notably developing a robot capable of cyclic jet propulsion through shape change (2020, 63 citations), addressing challenges in rapid underwater locomotion for soft systems. His research extends to squid-inspired jetting (2022, 26 citations) and the feasibility of hydrodynamically activated valves for salp-like propulsion (2022, 11 citations), offering insights into efficient underwater vehicle design. Recently, Zhu has explored combined hydrodynamic and control analysis for bio-inspired autonomous underwater vehicle manoeuvring (2023, 6 citations), integrating computational fluid dynamics with control algorithms. His work has significant impact on autonomous underwater vehicles and soft robotics, with over 385 total citations across key publications, making him a pivotal figure in bio-inspired engineering.