A review of wind turbine aerodynamics research is presented. The review is limited to
Horizontal Axis Wind Turbine (HAWT) investigations. The focus is on recent near wake …

The tower is an essential component of a wind turbine assembly with its cost amounting to
approximately 30% of the overall turbine costs for onshore installations. This paper …

With wind turbines growing in size and cost, it is necessary to reduce their dynamic
responses and improve their fatigue lifetime. A passive tuned-mass damper (TMD) is a very …

This study investigates the dynamic response of a 5 MW offshore wind turbine with monopile
foundation subjected to wind and wave actions. The work includes dynamic interaction …

Abstract Analysis of structural dynamic response of wind turbine is one of important issues to
assess its structural integrity and safety during operation process. As the output power of …

In this paper, a new semi-active fuzzy control strategy is proposed for controlling edgewise
vibrations of wind turbine blades under extreme wind. The control forces are provided by …

Wind turbines are slender and flexible structures which can undergo large amplitude
vibrations when subjected to external loads and, an important way to reduce these …

In order to investigate the effect of a baseline control system (BCS) on dynamic and fatigue
characteristics of modern wind turbines, the simulation results of a 5-MW wind turbine …

Wind turbines are typically designed for a target service life of 20 years because of fatigue-
related failures of the moving components such as the rotors and blades. Designing the …

The dynamic stability of a coupled tower-blade wind turbine system is investigated
analytically and experimentally. Coupled equations of motion and associated boundary …