This paper describes a multi-criterion decision-making approach for optimal off-shore wind
location assessment by including fuzzy geographical information systems to prioritize the …

The blade element momentum (BEM) theory introduced by Lock et al. and formulated in its
modern form by Glauert provides a framework to model the aerodynamic interaction …

Flutter is one of the primary challenge that has to be overcome for the development of super-
large wind turbine blade. Although the vibration wind tunnel test based on an aeroelastic …

The energy produced from renewable sources (solar, wind, hydro, geothermal, and
biomass) provides direct access to clean and safe energy. Offshore wind energy, generated …

This study examines how a floating wind turbine responds to irregular waves. It gives a
detailed explanation of the floating body's geometrical features as well as the outcomes in …

The smart wind turbine piezoelectric blade is a conceptual blade proposed for adaptive
vibration suppression. However, it is still far from engineering application due to insufficient …

The ability of the floating offshore wind turbine foundation to withstand harsh wind and wave
conditions is intrinsically linked to the meticulousness employed in the design of the mooring …

Aiming at the blade flutter of large horizontal-axis wind turbines, a method by utilizing
biomimetic corrugation to suppress blade flutter is first proposed. By extracting the dragonfly …

As offshore wind generation activities continue to expand in the United States, there is a
growing need for more efficient, optimized, and reliable analysis of the foundation structures …

In this chapter on CFD simulations for airfoil polars, we focus on studies that are relevant to
wind turbine airfoils, which have been investigated at reasonably high Reynolds numbers …