This paper proposes a 2D diffusive weakly-compressible Smoothed Particle Hydrodynamics
(SPH) model to simulate wave loads and hydraulic characteristics at perforated breakwaters …

This work deals with an experimental and numerical study on the horizontal and vertical
hydrodynamic forces induced by solitary waves on submerged horizontal circular cylinders …

This paper summarises the experience gained from wave basin experiments aimed at
investigating the dynamic response of a spar buoy offshore wind turbine, under different …

The present work seeks to explore how the surge response of a semi-submersible platform
affects the aerodynamic performance and wake properties of a 5-MW Floating Offshore Wind …

A laboratory and numerical investigation on the features of the horizontal and vertical
hydrodynamic loads given by a solitary wave on a submerged square barrier is presented …

The stability of submerged rigid breakwaters subject to the action of solitary waves is here
investigated by an experimental and numerical approach. Attention is paid to the features of …

Floating box-type breakwaters are frequently used for small harbours and marinas. This
paper reports a comparative experimental study of the performance of a rectangular floating …

A new validation campaign was conducted at the W2 Harold Alfond Ocean Engineering
Laboratory at the University of Maine to investigate the hydrodynamic loading on floating …

In this paper, we present measurements of force distribution on a vertical, circular cylinder
exposed to shoaling regular waves. The cylinder was divided into four individual sections on …

The present study describes an experimental and numerical investigation on the horizontal
and vertical hydrodynamic forces given by solitary waves on horizontal circular cylinders …