Vibration, current, and acoustic signals have different advantages and characteristics in fault
diagnosis. Although a few researches have explored their fusion methods and applied them …

Graph based networks are becoming an emerging trend in the field of fault diagnosis
because of their powerful ability to mine the interrelationships between nodes. However, the …

Many of today's industrial applications are powered by electromechanical drives. Wind
turbines, fuel based and hydroelectric generators or electric drivetrains are examples of …

The formation and development of wheel polygon wear (WPW) present significant
challenges to the safety of railway vehicle operations. It is widely accepted that WPW occurs …

In this paper, the electromechanical coupling torsional resonance characteristics of the
multistage gear transmission system driven by the low-speed and high-power permanent …

Development of railway transportation capabilities towards high-power, high-speed and
heavy axle-load makes the dynamic interactions between the electric drive subsystem and …

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 …

In this study, a hybrid model is proposed for the flexible helical planetary gear by coupling
the lumped-parameter dynamic models for the sun and planets, and reduced FEMs (finite …

This work investigates a parametrically coupled electromechanical system of van der Pol
and Duffing oscillators. Such a model finds applications in the development of sensors and …

Dynamic characteristics of an electromechanical model which combines a nonlinear
permeance network model (PNM) of a squirrel-cage induction motor and a coupled lateral …