Wind energy is a clean, sustainable energy source crucial in transitioning to a low-carbon
energy system. Wind power has become an affordable source due to technological …

To reduce friction and wave drag on the wings of more-efficient next-generation aircraft, it is
important to understand laminar–turbulent boundary-layer transition and shock-wave …

An airfoil undergoing transonic buffet exhibits a complex combination of unsteady shock-
wave and boundary-layer phenomena, for which prediction models are deficient. Recent …

Transonic buffet is an unsteady flow phenomenon that limits the safe flight envelope of
modern aircraft. Scale-resolving simulations with span-periodic boundary conditions are …

Transonic buffet is an unsteady flow phenomenon that limits the safe flight envelope of
modern aircraft. Scale-resolving simulations with span-periodic boundary conditions can …

Shock and boundary-layer interactions in transonic airfoils are investigated by means of wall-
modeled large-eddy simulation. A distinctive flow model, organized and chaotic, occurs in …

A wall-resolved large-eddy simulation of a Mach 0.735 transonic flow over the OALT25
supercritical airfoil is performed using high-order compact finite difference schemes blended …

The present work is an attempt to enhance the aerodynamic efficiency of NACA 2412 airfoil
through surface modifications, for various angles of attack. The surface of NACA 2412 airfoil …

Presented work is focused on analysis of the flow over the 2D model of Airbus A320 airfoil
wing in cruise phase of the flight. For this purpose the measurement channel with an airfoil …

A numerical study of a transonic flow over the OALT25 supercritical airfoil is conducted. The
freestream Mach number is 0.735, the angle of attack is 4 deg, and the chord-length-based …