Renewable energy provides an effective solution to the problem existing between energy
and environmental protection. Tidal energy has great potential as a form of renewable …

Hydrofoil based tidal arrays have emerged as a promising solution for large-scale power
generation due to their high efficiency, cost effectiveness, and minimal interferences to the …

A tip winglet can reduce the induced drag and the load fluctuation of a blade, considerably
improving the hydrodynamic performance of a tidal turbine. Up to now, there are fewer …

Phasing out high-carbon-emission fossil fuels and using renewable energy have become a
global consensus for mitigating climate change. For the application of renewable energy …

To ensure the long-term reliability of tidal stream turbines, waves and currents must be
considered during the design phase. In this paper, a three-bladed horizontal axis turbine …

Wind energy is gaining special interest worldwide due to the necessity of reducing pollutant
emissions and employ renewable resources. Traditionally, horizontal axis wind turbines …

Consideration of tidal stream turbine (TST) interactions with the surrounding environment
and the resultant local scour is vital for safe operation and maintenance. A numerical model …

In this paper, a numerical formulation for modeling turbulent multi-phase, multi-fluid flows
over real-life marine devices is presented. The flow field is governed by the Navier–Stokes …

To achieve an efficient tidal current turbine (TCT), the impact of three biomimetic trailing
edge designs (ie, slabbing, slab-toothed, and serrated), a blade configuration design (ie …

The tidal turbines represent a new frontier for extracting energy from tides source. Despite
the technology being mature, new solutions aimed at improving performance, reliability with …