In hybrid powertrains, the engine excitation induces the vibration issues especially during
transients of engine turning on and off as well as steady operating cases with high engine …

A torsional vibration dynamic model is built to predict the torsional vibration characteristics of
a power–split hybrid system. On the basis of this dynamic model, the system dynamic …

Limit cycle vibration affects ride comfort and safety of electric vehicle. In the present study, a
Hopf curve was proposed for development of brake torque distribution strategy to circumvent …

A deep hybrid electric vehicle (DHEV) equipped with a Ravigneaux compound planetary
gear train (PGT) encounters severe gear whine noises during acceleration in the EV drive …

The high-power electromechanical transmission (EMT) system is a typical dual-mode hybrid
power transmission system. The torque fluctuation of internal combustion engine causes …

To alleviate vibration of power-train system in hybrid electric vehicle (HEV) is one of the most
difficult obstacles that most of engineers would face. The vibration of gear-shifting would be …

A hybrid electric vehicle (HEV) that uses multiple planetary gear units with clutches as
transmission system is advanced for the powertrain performance, because the operation of …

A deep hybrid electric vehicle (DHEV) equipped with a Ravigneaux compound planetary
gear train (PGT) encounters severe gear whine noises during acceleration in EV drive …

Large-size vehicle loaders are mainly used in various construction projects with complex
working environment, which has a serious impact on the internal vibration of the whole …

One of the key challenges with the development of hybrid electric vehicles is the noise,
vibration, and harsh behavior, specifically the uncomfortable ride experience during launch …