We investigate experimentally stratified turbulence forced by waves. Stratified turbulence is
present in oceans and it is expected to be dominated by nonlinear interaction of internal …

Internal (inertial) waves in a uniformly stratified (rotating) fluid obey a highly specific
dispersion relation that admits their propagation in form of oblique beams, which preserve …

We study nonlinearities of inertial waves in rotating turbulence. At small Rossby numbers the
kinetic energy in the system is contained in helical inertial waves with time dependence …

Internal Gravity Waves (IGW) exist in stratified flows, where the density varies with height in a
stable stratification (heavy fluid below light fluid). This type of flow is encountered in the …

Аннотация Внутренние и инерционные волны подчиняются особому дисперсионному
соотношению, определяющему направление распространения волн по отношению к …

Internal and inertial waves are ubiquitous in the world's oceans, and the energy that they
transfer from the global tide to the smaller scales may impact the vertical mixing and global …

In the paper we investigate scaling of parallel performance for an implementation of quasi-
hydrodynamic (QHD) approach as an OpenFOAM solver. Time-dependent partial differential …

Continuous stratification profoundly impacts the onset of hydrodynamical instabilities due to
a unique dispersion relation. According to this relation, wave beams and wave energy …

Global tides create continuous input of mechanical energy to the ocean, and produce inertia-
gravity waves which change the processes of vertical mixing, affect background stratification …