We study the occurrence and dynamics of rogue waves in three-dimensional deep water
using phase-resolved numerical simulations based on a high-order spectral (HOS) method …

Wave and sea ice properties in the Arctic and Southern Oceans are linked by feedback
mechanisms, therefore the understanding of wave propagation in these regions is essential …

The modulational instability of gravity wave trains on the surface of water acted upon by
wind and under influence of viscosity is considered. The wind regime is that of validity of …

Dissipation of standing gravity waves of frequencies within 1–2 Hz is investigated
experimentally. The waves are generated in a rectangular tank filled with water, the surface …

The study of extreme ocean waves has gained considerable interest in recent years, due to
their importance for offshore design and navigation safety, and several theoretical …

Sea ice attenuates waves propagating from the open ocean. Here, we model the evolution
of energetic unidirectional random waves in the marginal ice zone with a nonlinear …

An experimental investigation focusing on the effect of dissipation on the evolution of the
Benjamin–Feir instability is reported. A series of wave trains with added sidebands, and …

In this paper we derive some new weakly nonlinear asymptotic models describing viscous
waves in deep water with or without surface tension effects. These asymptotic models take …

We study a three-wave truncation of a recently proposed damped/forced high-order
nonlinear Schrödinger equation for deep-water gravity waves under the effect of wind and …

A new nonlinear Schrödinger equation (NLSE) is presented for ocean surface waves. Earlier
derivations of NLSEs that describe the evolution of deep-water waves have been limited to a …