The need for more efficient and renewable means of transport makes the development of
hybrid electric vehicles (HEVs) an important topic for both automobile manufacturers and …

Electrifying the ground vehicles is a promising approach to alleviating the energy and
climate issues. The adoption of an electric vehicle (EV) and a hybrid EV (HEV) has …

Torsional vibrations in the power drivetrain are a serious problem for power-split hybrid
electric vehicles (HEVs) since the engine is directly connected to the transmission system …

Trends such as downsizing and downspeeding of internal combustion engines (ICE) shift
the excitation spectrum of automotive powertrains by the ICE torque leading to demanding …

This paper presents a case of persistent harmonic active control for an HEV (Hybrid Electric
Vehicle) powertrain. The active control is adapted for a hybrid powertrain consisting of a one …

In this paper, a novel method to actively damp the powertrain vibration by utilizing a flywheel
integrated starter generator (FISG) is proposed and validated on the testbench. A more light …

The paper discusses the concept and the overall performance of a 20 kW micro-
cogeneration unit, suitable for distributed energy conversion and based on a 4-cylinder …

Wind turbines operate under random and harsh operating conditions due to several
environmental factors. The main source of disturbance is the wind profile due to wind shear …

In this work methods are presented to reduce driveline oscillations and preserve high
performance during load changes for conventional, parallel hybrid electrified, and battery …

This research concerns the vibration reduction transmitted by the thermal engine to the
drivetrain. In the context of a hybrid electric vehicle, the use of an electric synchronous …