Reynolds Addo-Akoto
Papers
2
Total Citations
7
H-Index
2
About
Reynolds Addo-Akoto is a researcher in bio-inspired fluid dynamics, focusing on the aerodynamics of flapping-wing flight for micro air vehicles. His work bridges fundamental fluid mechanics and practical engineering design, particularly at Reynolds numbers around 10⁴—the regime of insect-like flight. His most cited study (2024, 5 citations) systematically investigates how leading-edge curvature affects aerodynamic performance in both hovering and forward flight, using a scaled robotic model towed along a rack gear carriage system. This work provides critical insights for optimizing wing morphology in flapping-wing micro air vehicles (FWMAVs). His earlier research (2019, 2 citations) examined wing-wake interaction in hover, revealing how aspect ratio and kinematics influence force generation through a dynamically scaled model in a water tank. Though early in his career, Addo-Akoto’s contributions are foundational for engineers seeking to replicate the efficiency of insect flight in man-made systems. His experimental approach—combining robotic models with precise kinematic control—offers valuable data for validating computational models and advancing the design of agile, efficient FWMAVs for surveillance, search-and-rescue, and environmental monitoring.
Research Focus
Key Achievements
Top Papers
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- 2