The study of how fluid interacts with aquaculture cages and how it influences fish swimming
behaviour has proven to be of great importance for designing offshore aquaculture cage …

A literature review is presented on the theoretical, numerical, and experimental progress
made in the application of porous membranes and net-type structures to breakwaters and …

The mooring loads on an aquaculture net cage in current and waves are investigated by
dedicated model tests and numerical simulations. The main purpose is to investigate which …

The net is regarded as the most critical component in marine aquaculture facilities as it is the
only barrier which protects the environment from fish escapes. Accurate predictions of the …

This paper numerically studies the dynamic behaviors of a hinged multi-body floating
aquaculture platform under regular waves. A coupled scheme that integrates the boundary …

A realistic aquaculture fish farm system in both regular and irregular waves is investigated
by numerical simulations and model tests. The main purpose is to develop a reliable …

Net deformations of sea-cages in two full-scale commercial Atlantic salmon (Salmo salar)
farms (Varaldsøy, Norway, Hestur, Faroe Islands) were determined in relation to incoming …

Gravity type fish cages have been commonly used in marine aquaculture for years.
However, only limited research efforts have been made to assess the influences of different …

Accurate computation of forces and deformations on cages under wave and current loads is
a key element when designing mooring systems for fish farms. In this study, an analysis of a …

Wave-current interaction affects both wave characteristics and current properties and
therefore the combined forces on coastal structures. In the first part of this paper, a series of …