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 …

This work is a continuation and verification of the original literature by means of experiment.
According to the previously published paper, the criteria of synchronization and stability for …

Aiming at the torsional vibration in the electromechanical transmission system, this article
introduces the active vibration method and analyzes the vibration characteristics on 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 …

Motor-transmission coupled drive system is attractive for battery and hybrid electric vehicles.
In such a system, the motor rotor is directly connected to the transmission input shaft and the …

The electric mode is the main operational mode of dual-motor hybrid electric vehicles
(HEVs), so the reliability of the dual-motor electric drive system (DEDS) is particularly …

In order to effectively extend the mileage of pure electric vehicles, the influence of the
electromechanical energy conversion principle and the dynamic control of a permanent …

The paper focuses on the quantitative analysis of the coupling dynamic characteristics of two
non-identical exciters in a non-resonant vibrating system. The load torque of each motor …

The battery electric vehicles with dual-motor coupling drive system have serious torsional
vibration problems when the driving torque changes rapidly. This paper targets at reducing …

A permanent magnet synchronous motor (PMSM) driven system is a typical
electromechanically coupled system. In this paper, to improve the operational performance …