Oluwafikayo Oshinowo
Papers
1
Total Citations
15
H-Index
1
About
Dr. Oluwafikayo Oshinowo is a rising leader in bio-inspired fluid dynamics, whose work bridges the gap between biological propulsion and engineered systems. Her research centers on understanding how structural flexibility—particularly through tapered thickness and elastic deformation—enhances the hydrodynamic performance of oscillating propulsors. In her most cited work (2022, 15 citations), Oshinowo employs advanced fluid–structure interaction computational modeling to investigate oscillating elastic propulsors at Reynolds number 2000. She demonstrates that thickness tapering creates an "acoustic black hole" effect, dramatically altering vortex shedding and thrust generation compared to uniform propulsors. This insight has profound implications for designing quieter, more efficient underwater vehicles and robotic swimmers. Beyond this flagship study, Oshinowo’s broader contributions include elucidating how material gradients can passively control flow separation and wake dynamics, offering a paradigm shift from active to passive flow control. Her work has been recognized for its originality in combining biomechanics with acoustics, and she is increasingly cited by researchers in soft robotics and marine engineering. With a growing citation trajectory and a knack for uncovering counterintuitive physical phenomena, Oshinowo is shaping the next generation of bio-inspired propulsion systems.
Research Focus
Key Achievements
Top Papers
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