Knowledge of added body masses that interact with fluid is necessary in various research
and applied tasks of hydro-and aeromechanics: steady and unsteady motion of rigid bodies …

The oscillations of buoyant bodies in stratified fluids are deduced from the variations of their
added mass. Three configurations are considered: a body displaced from its neutral level …

The concept of added mass is generalized to stratified fluids, accounting for the presence of
internal waves. Once the added mass of a moving body is known, so is the hydrodynamic …

Internal gravity waves propagate away from a localized monochromatic disturbance inside
beams, which develop around a St Andrew's Cross in two dimensions and around a double …

A question of paramount importance in the dynamics of oceans is related to the energy
cascade from large to small scales and its contribution to mixing. Internal wave attractors …

We describe and model experimental results on the dynamics of a 'ludion'–a neutrally
buoyant body–immersed in a layer of stably stratified salt water. By oscillating a piston inside …

An energy extractor based on fully-activated flap** foils operating in a density stratified
flow is studied numerically. The effect of stratification strength characterizing as the internal …

This paper presents an experimental study on internal waves emitted by a horizontally
oscillating torus in a linearly stratified fluid. Two internal wave cones are generated with the …

The free fall of an ellipse in an infinite linearly-stratified fluid is investigated using a linear
two-dimensional, Boussinesq, diffusionless, inviscid model. The oscillations of the ellipse …

A detailed analysis of pendular motion is presented. Inertial effects, self-oscillation, and
memory, together with non-constant moment of inertia, hysteresis, and negative dam** …