Accurate transition modeling is a key ingredient towards the all-time goal of improved
aerodynamic performance in the aircraft industry. While several different approaches exist to …

Self-sustained, low-frequency, coherent flow unsteadiness over rigid, stationary aerofoils in
the transonic regime is referred to as transonic buffet. This study examines the role of shock …

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 …

In this study, the low-frequency oscillations found in the compressible low-Reynolds-number
regime, defined as low-Reynolds-number buffet, were investigated by numerical …

For propeller-driven Mars airplanes operating at low Reynolds numbers, the speed of the
rotor tips may reach transonic. To date, only a few studies have investigated the transonic …

Turbulent transonic buffet is an aerodynamic instability causing periodic oscillations of
lift/drag in aerospace applications. Involving complex coupling between inviscid and viscous …

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 …

Recent research into buffet in the transonic flow regime has been focused on a limited
number of proprietary airfoil geometries and has mainly considered parametric variations in …

In this study, three-dimensional simulation of low-Reynolds-number buffet was conducted
where low-frequency oscillations, similar to transonic buffet of high-Reynolds-number …

A further scrutiny of flow features present in transonic laminar shock buffet is conducted
towards an improved understanding of potential feedback mechanisms that have been …