The exploitation of ocean energy is currently recognized as an abundant, geographically
diverse and renewable energy source that could benefit European citizens by increasing …

Tidal current energy is regarded as a promising renewable energy with strong predictability
and high energy density advantages. Tidal current power generation farm (TCPGF) planning …

Energetic tidal streams are an especially attractive source of clean energy due to the daily
occurrence of high tidal flows. However, before any deployment of tidal turbine farms, it is …

Although several problems related to biofouling of marine current turbines (MCTs) are
reported in the literature, the most important one is related to long-term operational …

The environmental implications of tidal stream energy extraction need to be evaluated
against the potential climate change impacts on the marine environment. Here we study how …

The persistence in the strength and direction of western boundary great ocean currents
suggests that flow-driven turbines implemented in these currents have great potential for …

The hydrodynamic effects of the largest suspended mussel farms in the East China Sea near
Gouqi Island, was investigated using a high-resolution 3D ocean model and field …

The productivity of a suspended mussel farm depends on the abundance of naturally
available food. This study constructs a tracer decay model that incorporates mussel filtration …

In the case of tidal turbine arrays, the spatial evolution pattern of turbine wakes affects the
power performance of other turbines and the hydrodynamic environment of adjacent …

A drag-type, vertical axis hydrokinetic turbine, partially embedded in a relatively shallow
channel streambank, has been introduced to mitigate side wall erosion while producing …