A systematic review and analysis of the literature of diffuser-augmented horizontal-axis
turbines are presented. A collection of 155 articles in the area is analyzed and classified …

Data science as a flourishing interdisciplinary domain of computer and mathematical
sciences is playing an important role in guiding the porous material research streams. In the …

Abstract Vertical Axis Tidal (VAT) turbines are used as ocean-powered devices to generate
electricity from movements in ocean as a renewable source of energy. In this research, a …

Recently, the output of Computational Fluid Dynamic (CFD) prediction on tidal stream
turbine systems has been receiving great attention owing to the vast and untapped tidal …

This study evaluates correction methods for the actuator line method in tidal stream turbine
calculations. Findings indicate that three-dimensional Gaussian distribution coefficients …

Hydrokinetic turbines utilizing renewable energy from water streams, such as tidal or river
currents, offer a sustainable solution for electricity generation in remote coastal or fluvial …

On a wind farm, the wake has an important impact on the performance of the wind turbines.
For example, the wake of an upstream wind turbine affects the blade load and output power …

The blade element actuator disk (BEAD) method, due to its relatively low computational cost,
is a good choice for in-situ simulations of tidal turbines. In this work, the performance of the …

Hydrokinetic turbines are designed and deployed worldwide due to the vast scale of
hydrokinetic energy existing in tidal streams, ocean currents, and riverine flow. Duct …

Tidal stream energy extraction remains a site-specific resource due to the" first generation"
criteria requiring high-velocity tidal streams. Most studies on tidal energy and turbine blade …