Today, an important challenge for offshore wind energy is to design efficient and reliable
offshore wind turbines (OWTs). The overall damping of OWTs plays an important role in the …

This paper proposes and tests a sequence-based modeling of deep learning (DL) for
structural damage detection of floating offshore wind turbine (FOWT) blades using Long …

Wide-shallow composite bucket structure is a new offshore wind power foundation structure
developed in recent years. The field information on long-term natural frequency of composite …

Structural health monitoring of wind turbines is usually performed by collecting real-time
operating data on a limited number of accessible locations using traditional sensors such as …

Offshore wind turbines (OWTs) are subjected to both quasi‐static loads originating from
variations in the thrust force and dynamic loads linked to turbulence, waves and turbine …

In this contribution, first, the results in the development of a structural health monitoring
approach for the foundations of an offshore wind turbine based on its resonance frequencies …

Structural health monitoring of towers for offshore wind turbines (OWTs) is critical because
they serve as support structures. Although the modal parameters of the tower can be …

In 2011 a first vibration monitoring system was installed on a single Belgian offshore wind
turbine to research the possibility to monitor the structural integrity of the wind turbines …

This paper develops closed-form expressions of aerodynamic damping matrix and pitch
controller of an aero-servo-elastic wind turbine (WT) system. This facilitates establishing a …

Current wind turbine modelling packages mainly adopt a complex methodology in which
aerodynamic forces are coupled with the motion of the wind turbine components at every …