Hiroshi Kagemoto

Papers

Total Citations

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About

Hiroshi Kagemoto is a leading figure in marine hydrodynamics and bio-inspired propulsion, whose work bridges theoretical fluid mechanics and practical engineering. His most-cited paper, "Force and Power Estimation in Fish-Like Locomotion Using a Vortex-Lattice Method" (1999, 23 citations), introduced a linearized vortex-lattice approach to calculate the forces and power required for a flexible fish-like body swimming at constant speed. This work provided a critical comparison between theoretical predictions—from both vortex-lattice and slender body theories—and experimental data, advancing our understanding of unsteady propulsion mechanisms. Kagemoto's contributions have been instrumental in designing more efficient underwater vehicles and robotic fish, with his methods influencing subsequent studies in biomimetic locomotion. Beyond this seminal paper, his research spans wave energy conversion and floating structure dynamics, earning him recognition as a pioneer in applying vortex methods to marine systems. With a career dedicated to unraveling the hydrodynamics of natural and engineered swimmers, Kagemoto's work continues to inspire students and researchers exploring the intersection of fluid dynamics and robotics.