Structural loads vibration is a critical problem in WTs (wind turbines) due to many reasons
such as the complicated dynamics, structural coupling and diversity of the driving sources …

The design of large wind turbine drivetrain systems is trending towards light weight and
integration. To ensure the safe operation of the drivetrain system, investigating the …

The electromagnetic vibration of the motor and the mechanical vibration of the transmission
mechanism are highly coupled in an electric drive system for an electric vehicle …

In response to the problem of increasing fatigue load and frequent faults caused by the wake
effect, the dynamic characteristics and fatigue life analysis of wind turbine gearbox under the …

To investigate the multifield coupled vibration properties of electric-drive systems of electric
vehicles, an improved equivalent magnetic network model of a permanent magnet …

As high-speed, heavy-load, and high-power density are realized in hybrid electric vehicle
(HEV), the electromechanical coupling inherent vibration of electromechanical composite …

Due to the random fluctuation of wind energy, the working conditions of the drivetrain have
complex time‐varying characteristics. To deeply understand time‐varying dynamic behavior …

Due to complex environmental factors, the gear transmission systems of wind turbines are
continuously affected by large torque load excitation with periodic and random properties …

Aiming at the complex electromechanical coupling effect at the joints of RP (rotating parallel)
flexible robot, the electromechanical coupling dynamics and vibration response …

The drivetrain has an important impact on the stability and reliability of wind turbines
operating in complex conditions, which belongs to the electromechanical coupling system …