The inherently advantageous geographical location of East and Southeast Asia provides a
great potential for the development of diverse ocean energy technologies along its densely …

Tidal current energy has received extensive attention from both academia and industry in
the past decade due to its high power density and strong predictability. Besides Europe and …

Owing to its high resource predictability and power density, tidal current energy has
garnered extensive attention worldwide, from both academia and industry, in the past …

The aeroelastic stability of highly flexible blades under complex sea conditions is one of the
key issues restricting the reliability and efficiency growth of offshore wind turbines. This work …

Large-Eddy Simulations are reported, dealing with an axial-flow hydrokinetic turbine
operating in the wake of an upstream one. Computations were conducted on a cylindrical …

The siting of tidal current power plant (TCPP) is critical to the long-term development of tidal
current power projects. To address the diversity of assessment criteria, the uncertainty of the …

Horizontal axis turbines are commonly used for harnessing renewable hydrokinetic energy,
contained in marine and river currents. In order to encourage the expansion of electricity …

Performance and wake interaction between two aligned vertical turbines are investigated by
solving the three-dimensional Navier-Stokes equations with the k− ω SST IDDES turbulence …

Tidal stream turbines (TSTs) are usually organized into an array to extract energy from tidal
stream efficiently. A deep understanding of wake structures and thrust characteristics of tidal …

With the continuously increasing installed capacity of offshore wind turbines, highly
adaptable vertical axis wind turbines (VAWTs) are facing new opportunities. Large-scale …