John Kelly
Papers
2
Total Citations
21
H-Index
2
About
John Kelly is a rising leader in the field of bio-inspired fluid dynamics, specializing in the hydrodynamics of aquatic locomotion and collective swimming. His research employs high-fidelity three-dimensional computational simulations to unravel the complex flow interactions that govern the performance of fish-like bodies. In his most impactful work, "Unraveling hydrodynamic interactions in fish schools" (2024, 17 citations), Kelly provides a detailed numerical investigation of both in-line and side-by-side configurations of trout-inspired swimmers, offering critical insights into how schooling formations reduce energy expenditure and enhance thrust. His earlier study, "Body Shape Effects on the Hydrodynamic Performance of Bio-Inspired Undulating Swimmers" (2022, 4 citations), systematically explores how variations in morphological parameters—such as maximum thickness and leading-edge radius—affect propulsive efficiency in carangiform swimming. By bridging the gap between biological observation and engineering application, Kelly’s work informs the design of more efficient autonomous underwater vehicles (AUVs) and robotic fish. His contributions are foundational for students and researchers seeking to understand how form and motion dictate performance in aquatic environments, establishing him as a key voice in the next generation of computational fluid dynamics research.
Research Focus
Key Achievements
Top Papers
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