This paper experimentally and numerically investigates the effects of suction side surface
roughness on the aerodynamic performances of the NACA 0015 turbine blade profile. Three …

The aero-train is an innovative, high-efficiency, and low-consumption vehicle that uses the
wing-in-ground effect. It utilizes orbital high voltage to obtain a high lift-to-drag ratio while …

This research paper primarily focuses on the behavior of viscous supersonic laminar flows
around the F-16's NACA 64A-204 airfoil, while also extending its scope to Shock …

A flexible wing with a large aspect ratio emerges in many modern engineering applications
(eg solar planes and super large wind turbine blades) and its interaction with incident flow …

A hydrofoil is a basic shape of fluid machinery blades, and its drag reduction performance is
an important reference index in the field of fluid transportation. When fluid flows around a …

The aerodynamics of airfoils can be seen in a wide range of applications. To obtain the
aerodynamic loads, geometrically-scaled airfoil sections are tested in wind tunnels …

Samaras, a distinct category of fruit, are composed of heavier seeds and lighter wings.
Diversity in morphologies and structures subtly contributes to the flight patterns of various …

The introduction of domain-specific ontologies is revolutionizing the rapidly developing area
of Biomedical Informatics by improving semantic reasoning and knowledge discovery. Using …

Abstract Systems based on wind energy harvesting can successfully meet part of the
increasing green energy demand worldwide. However, wind turbines operation might be …

The dragonfly is one of the most agile natural flyers. The dragonfly wings are not like aircraft
wings but have corrugations on the wing on upper and lower surfaces. This paper …