This study investigates the effect of variability and uncertainty of wind and wave conditions
on the short-term fatigue damage of a 10-MW floating wind turbine drivetrain. Global …

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 …

This paper presents detailed descriptions, modeling parameters and technical data of a
5MW high‐speed gearbox developed for the National Renewable Energy Laboratory …

This paper presents a general approach to predict the contact fatigue life of the gears in the
drive-train system of a wind turbine under dynamic conditions. A simplified predictive pitting …

This paper studies the drivetrain dynamics of a 750 kW spar‐type floating wind turbine
(FWT). The drivetrain studied is a high‐speed generator, one‐stage planetary, two‐stage …

This paper deals with the effect of bedplate flexibility on drivetrain dynamics of a 10 MW spar
type floating wind turbine. The 10 MW drivetrain bedplate is designed based on extreme …

Wind turbine gearbox bearings (WTGBs) are the most reliability critical component in wind
turbine gearboxes because of their high failure rate and long downtime‐per‐failure. Current …

This paper presents an approach for performing a long‐term fatigue analysis of rolling
element bearings in wind turbine gearboxes. Multilevel integrated analyses were performed …

Wind turbine (WT) drivetrain design configurations affect dynamic loads experienced by the
drivetrain components under different operational conditions. This paper presents system …

The Gearbox Reliability Collaborative has conducted extensive field and dynamometer test
campaigns on two heavily instrumented wind turbine gearboxes. In this study, the load …