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 …

Aquaculture is expanding all over the world. The limitations are mainly related to location,
water flow, escapees and fish health. The present status of flow hydrodynamics within and …

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 …

Intensifying and expanding sustainable aquaculture is essential for achieving the United
Nations' global goal of the Decade of Action. Cage culture is a typical aquaculture method in …

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 …

A coupling algorithm between two open-source numerical toolboxes, ie, OpenFOAM and
Code_Aster, is implemented for fluid-structure interaction analysis of submerged nets. This …

A numerical approach is proposed to simulate the interaction between flow and flexible nets
in steady current. The numerical approach is based on the joint use of the porous-media …

Biofouling is an inevitable problem in marine aquaculture and it is prone to cause many
negative effects on the hydrodynamic behavior of the aquaculture facility. In this study, the …

Sustainable use of the ocean for food and energy production is an emerging area of
research in different countries around the world. This goal is pursued by the Australian …

Application of copper alloy netting in marine aquaculture has potential benefits associated
with reduced biofouling, improved cage volume stability, structural strength and protection …