Roman Korotaev

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About

Roman Korotaev is a researcher at the forefront of bioinspired robotics, specializing in the design and hydrodynamics of fish-like underwater vehicles. His work centers on developing propulsion systems that mimic the efficient swimming mechanisms of marine life, particularly the thunniform mode used by fast, powerful fish like tuna. Korotaev’s major contribution is the creation of a novel bioinspired propulsion system for a robotic fish, which uses an elastic chord and tail fin actuated by movable thrusts to simulate natural muscle contractions, as detailed in his most-cited paper (2022, 27 citations). This work bridges mechanical engineering and biology to achieve more agile, energy-efficient underwater locomotion. He has further advanced the field by integrating experimental 3D models—constructed from photographs of Pacific bluefin tuna—with computational simulations, enabling precise study of biomorphic swimming parameters (2023, 2 citations). Through his combined experimental and numerical approaches, Korotaev provides critical insights into the hydrodynamics of fish-like robots, paving the way for next-generation autonomous underwater vehicles. His research holds promise for applications in marine exploration, environmental monitoring, and defense, marking him as an emerging innovator in biomimetic engineering.