Since time immemorial, surface water waves and their subsequent breaking have been
studied. Herein we concentrate on breaking surface waves in deep and intermediate water …

This study presents a numerical investigation of the solitary wave breaking over a slope by
using the multi-phase smoothed particle hydrodynamics (SPH) method. Four different …

We present direct numerical simulations of breaking solitary waves in shallow water to
quantify the energy dissipation during the active breaking time. We find that this dissipation …

In this paper, the evolution of focused waves using different paddle displacements (piston
type) under laboratory conditions is presented. It is well known that in intermediate water …

We examine the implementation of a wave-breaking mechanism into a nonlinear potential
flow solver. The success of the mechanism will be studied by implementing it into the …

Recent studies on free-surface gravity waves over uneven bathymetries have shown that
“rogue” waves can be triggered by strong depth variations. This phenomenon is here …

An eddy viscosity model to describe energy dissipation in two-dimensional breaking waves
in deep water is implemented in a numerical model for the evolution of nonlinear surface …

This paper presents a numerical investigation on the harmonic structure of hydrodynamic
forces on a fixed and simplified representative floating production, storage and offloading …

The substructures of offshore wind turbines are subjected to extreme breaking irregular
wave forces. The present study is focused on investigating breaking irregular wave forces on …

This paper presents flume experiments and numerical simulations of focused wave group
propagation over an idealized fringing reef profile and its impact on the vertical wall …