This paper presents the state-of-the-art technologies and development trends of wind
turbine drivetrains–the system that converts kinetic energy of the wind to electrical energy–in …

Global wind energy has developed rapidly in recent years, and the offshore wind turbines
(OWTs) have been applied to much more applications. Because the support structure of an …

Reliability research is essential since WT (Wind turbines) are built to endure high wind and
wave-induced stresses. Novel multivariate and 2D (bivariate) reliability methods presented …

This paper estimates the failure rate of an offshore wind turbine gearbox based on the data
available for similar, known onshore wind turbine systems. The gearbox is one critical …

As a transmission component, the gear has been obtained widespread attention. The
remaining useful life (RUL) prediction of gear is critical to the prognostics health …

This paper presents a multi-degree of freedom torsional model of drivetrain system as the
digital twin model for monitoring the remaining useful lifetime of the drivetrain components …

In this study, a vibration-based fault detection method is proposed for offshore wind turbine
drivetrain based on the optimal selection of the acceleration measurements. The main aim is …

The aeroelastic coupling effect is playing an increasingly important role in the aerodynamic
and aeroelastic characteristics of wind turbine blades owing to the increasing size of modern …

The design of a medium‐speed drivetrain for the Technical University of Denmark (DTU) 10‐
MW reference offshore wind turbine is presented. A four‐point support drivetrain layout that …

In this article a virtual sensor for online load monitoring and subsequent remaining useful life
(RUL) assessment of wind turbine gearbox bearings is presented. Utilizing a Digital Twin …