We overview the wave turbulence approach by example of one physical system: gravity
waves on the surface of an infinitely deep fluid. In the theoretical part of our review, we …

Directional wave spectra acquired in hurricane reconnaissance missions are compared with
wind-wave spectral models. The comparison result is quantified with two indices of model …

In this study, the Gaussian Quadrature Method (GQM) method was implemented in the
WAVEWATCH-III model and used along with embedded formulations for estimating the …

We present a study on the interaction between wind and water waves with a broad-band
spectrum using wave-phase-resolved simulation with long-term wave field evolution. The …

The 2D wavenumber spectra collected by an airborne scanning radar altimeter in hurricane
hunter missions are used to investigate the fetch-and duration-limited nature of wave growth …

An analytical model is derived to efficiently describe the wave energy distribution along the
main transects of a moving extreme weather event. The model essentially builds on a …

Assuming resonant nonlinear wave interactions to be the dominant physical mechanism of
growing wind-driven seas we propose a concise relationship between instantaneous wave …

A physical model for sea wave period from altimeter data is presented. Physical roots of the
model are in recent advances of the theory of weak turbulence of wind‐driven waves that …

Kinetic equations are widely used in many branches of science to describe the evolution of
random wave spectra. To examine the validity of these equations, we study numerically the …

Gravity wave turbulence is investigated experimentally in a large wave basin in which
irregular waves are generated unidirectionally. The roles of the basin boundary conditions …