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 …

Fully three-dimensional (3D) global stability analysis (GSA) is performed on the NASA
Common Research Model at turbulent transonic buffet conditions. The framework here …

Transonic buffet refers to the self-sustained periodic motion of shock waves observed in
transonic flows over wings and can limit the flight envelope of aircraft. Based on the …

Transonic buffet is commonly associated with self-sustained flow unsteadiness involving
shock-wave/boundary-layer interaction over airfoils and wings. The phenomenon has been …

When modeled within the unsteady Reynolds-averaged Navier–Stokes framework, the
shock wave dynamics on a two-dimensional airfoil at transonic buffet conditions is …

To expand the allowable flight regime of contemporary aircraft, a fundamental
understanding of edge-of-the-envelope flow phenomena, such as transonic shock buffet, is …

Purpose The paper aims to develop an efficient data-driven modeling approach for the
hydroelastic analysis of a semi-circular pipe conveying fluid with elastic end supports …

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 …

View Video Presentation: https://doi. org/10.2514/6.2022-1972. vid A fully three-dimensional
(3D) RANS-based global stability analysis is performed in the turbulent transonic buffet …