This paper investigates the mechanical behavior of full-scale offshore fish cages under
hydrodynamic loads. To simulate different cases, different materials were used in the fish …

The hydrodynamic behaviors of and flow field around the net made by ultra-high molecular
weight polyethylene (UHMWPE) were seldom investigated previously. Therefore, a three …

Predicting the distribution of flow velocity inside a semi-submersible aquaculture platform
and taking measures to optimize the flow field are critical to provide a dependable inhabit for …

The dynamic behaviour of an array of 6× 6 semi-rigid “sea station” fish cages is studied
under the effect of waves. The semi-rigid sea station system is discretized into a lumped …

This study evaluates the flow field characteristics of a bottom-supported aquaculture platform
with double-layer side nets based on numerical simulations and model tests. The Reynolds …

The study of flow velocity distribution inside and around a semi-submersible aquaculture
platform is extremely important for the living environment of marine fish, especially in the …

The present research work concerns about the hydrodynamic behaviors of the open net
offshore fish cages of single, double and 4-cage systems subjected to regular sinusoidal …

The integrated development of offshore wind power and marine aquaculture is becoming
increasingly important. However, the impact mechanism of integrating a net cage on the …

Flexible cages are widely used in marine aquaculture, yet their mechanical features in
extreme seas are still unclear. This study proposes a numerical algorithm to solve the …

This paper employs a combined approach of numerical simulation and experimental
verification to evaluate the flow field characteristics around a bottom-supported net cage …