Wave turbulence (WT) occurs in systems of strongly interacting nonlinear waves and can
lead to energy flows across length and frequency scales much like those that are well known …

This work presents direct numerical simulations of capillary wave turbulence solving the full
three-dimensional Navier-Stokes equations of a two-phase flow. When the interface is …

We report on the observation of freely decaying capillary wave turbulence on the surface of
a fluid. The capillary wave turbulence spectrum decay is found to be self-similar in time with …

We report experimental results on the decay of wave turbulence in an elastic plate obtained
by stopping the forcing from a stationary turbulent state. In the stationary case, the forcing is …

The weak turbulence theory has been applied to waves in thin elastic plates obeying the
Föppl-Von Kármán dynamical equations. Subsequent experiments have shown a strong …

The dynamics of the local kinetic energy spectrum of an elastic plate vibrating in a wave
turbulence (WT) regime is investigated with a finite difference, energy-conserving scheme …

We discuss the results of recent studies of weak turbulence in a system of capillary waves on
the surface of liquid hydrogen and of helium 4 He in normal and superfluid state. It was …

We report theoretical and experimental results on 4-wave capillary wave turbulence. A
system consisting of two immiscible and incompressible fluids of the same density can be …

Abstract Direct Numerical Simulation (DNS) is used to analyze the wave-decay process in a
countercurrent air/water turbulent flow. Three dimensionless numbers describe the problem …

Wave turbulence is a nonequilibrium state in a system of interacting nonlinear waves in
which the energy pumping and dissipation ranges are well separated in the wave number …