For several decades, jets and fronts have been known from observations to be significant
sources of internal gravity waves in the atmosphere. Motivations to investigate these waves …

A combination of ray theory and 2‐D time‐dependent simulations is used to investigate the
linear effects of a time‐dependent, vertically, and horizontally inhomogeneous background …

We present here the first study on the stability of plane Poiseuille flow when the fluid is
stratified in density perpendicularly to the plane of horizontal shear. Using laboratory …

We present evidence for layered anisotropic stratified turbulence (LAST) and mixing
produced in a freely evolving uniformly stratified shear layer where the direction of shear is …

Gravity Waves in a Horizontal Shear Flow. Part II: Interaction between Gravity Waves and
Potential Vorticity Perturbations in: Journal of Physical Oceanography Volume 39 Issue 3 (2009) …

The linear mechanism of generation of gravity waves by potential vorticity (PV) disturbances
in flows with constant horizontal and vertical shears is studied. The case of the initial …

This paper presents a numerical analysis of the instability developing in horizontally
sheared Poiseuille flow, when stratification extends along the vertical direction. Our study …

Linear and non-linear inertial stability of a Kolmogorov flow in a rotating viscous fluid of
uniform density is investigated using the method of continued fractions and the low-order …

Transient Dynamics of Nonsymmetric Perturbations versus Symmetric Instability in
Baroclinic Zonal Shear Flows in: Journal of the Atmospheric Sciences Volume 67 Issue 9 (2010) …

The stability of the Taylor–Couette flow is analysed when there is a stable density
stratification along the axial direction and when the flow is centrifugally unstable, ie in the …