Harnessing energy from alternative energy source has been recorded since early history.
Renewable energy is abundantly found anywhere, free of cost and has non-polluting …

Wind turbine drivetrain systems experience occasional failure in their operational life-time.
Dynamic loads in these systems often differ from those predicted in the design phase, which …

A six degrees of freedom dynamic model of a planetary geared rotor system with equally
spaced planets is developed by considering gyroscopic effects. The dynamic model is …

Amplitude modulation (AM) in planetary gears, arising from rotation of carrier, is a
predominant phenomenon that yields unique yet complicated dynamic behavior. However …

The multi-motor driving system (MDS) is a typical electromechanical system that is widely
used in electric vehicles, aerospace, marine engineering, and other fields. The dynamic and …

The present work proposes a numerical approach to the problem of the calculation of the
load sharing in planetary transmissions by measuring the strains in the root of the sun gear …

With the increase of the rotor diameter and the deterioration of operating conditions, modern
wind turbines suffer from more and more significant time-varying non-torque loads, which …

The sun–planet and ring–planet tooth mesh stiffness variations and the resulting
transmission errors are the main internal vibration generation mechanisms for planetary …

Drive train has a significant influence on the reliability of wind turbines. As for the Offshore
Floating Wind Turbine (OFWT), the importance of the drive train is even more prominent due …

Jacket structures are still at the early stage of their development for use in the offshore wind
industry. The aim of this paper is to investigate the effect of the soil-structure interaction on …