This review article aims to provide an overview and insight into the most relevant aspects of
wind energy development and current state-ofthe-art. The industry is in a very mature stage …

As the size of offshore wind turbines increases, a realistic representation of the
spatiotemporal distribution of the incident wind field becomes crucial for modeling the …

The atmospheric boundary layer (ABL) inflow has significant effects on behaviors of floating
offshore wind turbine (FOWT), especially for large-size wind turbine. In this study, numerical …

The two turbulence-generation models [Kaimal Spectrum Exponential Coherence (KSEC)
and Mann] specified in the international standard for wind turbine design assume neutral …

Due to the global commitment to mitigate climate warming by replacing fossil fuels, the
global wind power installed capacity continues to increase. The reliability of wind turbines is …

To provide comprehensive information that will assist in making decisions regarding the
adoption of lidar-assisted control (LAC) in wind turbine design, this paper investigates the …

The global dynamic response of floating wind turbines is commonly simulated using aero‐
hydro‐servo‐elastic tools that consider numerically generated wind files as input. Based on …

According to IEC 61400-1 and IEC 61400-3 standards, the wind load on the rotor-nacelle
assembly of offshore wind turbines should be estimated from the Kaimal or Mann spectral …

Global dynamic response models used for the design of wind turbines are largely based on
neutral stability, which is not representative of real atmospheric conditions. Offshore wind …

Wind gusts are a key driver of aerodynamic loading, especially for tall structures such a
bridges and wind turbines. However, gust characteristics in complex terrain are not well …