Powered flight was once a capability limited only to animals, but by identifying useful
attributes of animal flight and building on these with technological advances, engineers …

This study uses computational methods to investigate the fluid flow characteristics around a
wavy NACA 63 (4)-021 hydrofoil near the water surface. It introduces notable contributions …

The dynamic stall is a common phenomenon in horizontal and vertical axis wind, reducing
system efficiency. In order to enhance the aerodynamic performance (L/D) of a NACA0012 …

Dynamic stall flow conditions affect the performance of most Vertical Axis Wind Turbine
(VAWT) designs; however, the associated losses are especially relevant in smaller turbines …

In consideration of the turbulent inflow condition of engineering applications, the flow
mechanisms of dynamic stall of a tubercled airfoil have been comprehensively analyzed …

The impetus of the present bio-inspired work is to investigate the impact of simultaneously
using wavy leading-edge (WLE) airfoils in combination with curved multidielectric barrier …

The clustering distribution of vertical axis wind turbines in limited sea areas is a hot direction
in offshore wind power. This study attempts to use biomimetic protuberances to improve the …

A dimensional analysis of transverse gusts was performed using the Buckingham Π theorem
in an effort to standardize their characterization. This analysis identified three key terms that …

The impetus of this study is to provide an in-depth insight into the unsteady hydrodynamic
characteristics of the cavitating flow, effects of the wavy leading edge (WLE) on the noise …

This paper investigates the noise reduction performance of biomimetic hydrofoils with wavy
leading edge and the corresponding mechanisms. We employ Large Eddy Simulation (LES) …