Internal gravity waves play a primary role in geophysical fluids: They contribute significantly
to mixing in the ocean, and they redistribute energy and momentum in the middle …

Internal gravity waves are a key process linking the large-scale mechanical forcing of the
oceans to small-scale turbulence and mixing. In this review, we focus on internal waves …

We report the quantitative experimental observation of the weak inertial-wave turbulence
regime of rotating turbulence. We produce a statistically steady homogeneous turbulent flow …

We present laboratory experiments on turbulence in a linearly stratified fluid driven by an
ensemble of internal gravity waves which approaches statistical homogeneity and …

In the present paper, we combine numerical and experimental approaches to study the
dynamics of stable and unstable internal wave attractors. The problem is considered in a …

The Springer Oceanography series seeks to publish a broad portfolio of scientific books,
aiming at researchers, students, and everyone interested in marine sciences. The series …

This paper presents an experimental study of different instability scenarios in a
parallelogram-shaped internal wave attractor in a trapezoidal domain filled with a uniformly …

This paper presents a review of theoretical, experimental, and numerical studies of
geometric attractors of internal and/or inertial waves in a stratified and/or rotating fluid. The …

We analyze theoretically and experimentally the triadic resonance instability (TRI) of a plane
inertial wave in a rotating fluid. Building on the classical triadic interaction equations …

Internal gravity wavetrains in continuously stratified fluids are generally unstable as a result
of resonant triad interactions which, in the inviscid limit, amplify short-scale perturbations …