Direct numerical simulation of turbulent homogeneous shear flow is performed in order to
clarify compressibility effects on the turbulence growth in the flow. The two Mach numbers …

The study of hydrodynamic stability is fundamental to many subjects, ranging from
geophysics and meteorology through to engineering design. This treatise covers both …

In the present study, we use particle image velocimetry (PIV) to obtain planar, two-
component velocity fields in two-dimensional, turbulent mixing layers at convective Mach …

The transformative influence of compressibility on the Kelvin-Helmholtz instability (KHI) at
the interface between two fluid streams of different velocities is explicated. When the velocity …

Large-eddy simulations of the onset of dynamic stall for a NACA 0012 airfoil, pitching at a
constant rate, are performed for a chord Reynolds number of 1.0× 1 0 6. Using four …

We study the linear dynamics of global eigenmodes in compressible axisymmetric wake
flows, up to the high subsonic regime. We consider both an afterbody flow at zero angle of …

A numerical study has been undertaken to investigate the nature of inviscid instability of the
three-dimensional compressible boundary layer flow due to a rotating disk. The …

A thorough characterization of the shear layer that exists in large eddy simulation data of
three separated, compression ramp-generated shock/turbulent boundary layer interactions …

Two and three dimensional large eddy simulations of a spatially develo** supersonic
mixing layer are performed using an in-house hybrid finite volume code that combines a …

In this paper, the possibility of absolute instability in a plane unidirectional jet is analysed.
We consider a parametrized family of velocity profiles with variable inflection point location …