Juehao Huang

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About

Juehao Huang is a researcher specializing in the intersection of smart materials, fluid dynamics, and bio-inspired engineering, with a primary focus on underwater propulsion systems. His work centers on the hydrodynamic effects and fluid-structure coupled vibrations of flexible biomimetic structures, particularly caudal fins actuated by Macro Fiber Composites (MFCs). In his most-cited paper, "Hydrodynamic effect and Fluid-Structure coupled vibration of underwater flexible caudal fin actuated by Macro fiber composites" (2023, 23 citations), Huang provides critical insights into how MFC-driven flexible fins interact with surrounding water, advancing the design of efficient, silent underwater vehicles. By modeling the complex coupling between structural vibrations and fluid flow, he has contributed to the development of more agile and energy-efficient robotic fish. Though early in his career, Huang’s work has already garnered attention for its practical implications in marine robotics and soft robotics, bridging gaps between theoretical mechanics and real-world applications. His research is particularly notable for its potential to inspire next-generation autonomous underwater vehicles that mimic natural locomotion, offering quieter and more maneuverable alternatives to traditional propeller-driven systems.