Within a narrow band of flight conditions in the transonic regime, interactions between shock-
waves and intermittently separated shear layers result in large amplitude, self-sustained …

Buffeting flow on transonic aerofoils serves as a model problem for the more complex three-
dimensional flows responsible for aeroplane buffet. The origins of transonic aerofoil buffet …

The scope of this paper is to demonstrate the viability of unstructured anisotropic mesh
adaptation for commercial aircraft drag and high-lift prediction studies. The main …

This article uses triglobal stability analysis to address the question of shock-buffet
unsteadiness, and associated modal dominance, on infinite wings at high Reynolds number …

A maglev train can run at supersonic speed in a vacuum tube, and its transient state makes
the airflow around it more complex. Therefore, to assist vacuum tube train studies, a flying …

Implicit large eddy simulations are performed to show control of shock and boundary layer
interaction over a natural laminar flow airfoil by harmonic heat transfer on the suction surface …

The present study deals with recent numerical results from on-going research conducted at
ONERA/DMAE regarding the prediction of transonic flows, for which shock wave/boundary …

Implicit large eddy simulations are carried out to investigate the influence of the molecular
bulk viscosity on transonic shock-wave boundary layer interaction for flow past a natural …

This study presents the development of a methodology for the construction of data-driven,
parametric, multifidelity reduced-order models to emulate aerodynamic flowfields with …

High-accuracy, time-accurate compressible Navier–Stokes solvers have been developed for
transonic flows. These solvers use optimized upwind compact schemes (OUCS) and four …