Many industry sectors have been pursuing the adoption of Industry 4.0 (I4. 0) ideas and
technologies, which promise to realize lean and just-in-time production through digitization …

The comprehensive performance of proton exchange membrane fuel cells depends on
operating conditions. This paper innovatively uses the Pearson correlation coefficient to …

This paper presents a multi-objective optimization control method of active suspension
system for solving the negative vibration issues emerged from In-Wheel-Motor (IWM) in …

Highlights•Effects of castor oil biodiesel blends have been examined on the diesel engine
performance and emissions.•Modeling engine performance and emissions by artificial …

The development of a methodology that enables the optimization of passive suspension
system parameters, providing a group of optimal solutions, could be an excellent approach …

In agricultural regions prone to dust storms, heavy metal contamination of soil and crops
from airborne particulates poses significant risks to food safety and public health. This study …

In recent studies, the suspension parameters of a vehicle model are estimated using multi-
objective optimization procedures with genetic algorithms in order to overcome the well …

The research proposes a new design of the seat suspension equipped with the quasi-zero
stiffness (QZS) and hydraulic mount (HM) of the cab isolation system to improve the ride …

The RMS of weighted acceleration, wheel dynamic load and suspension dynamic deflection
are determined as evaluation indices of vehicle ride comfort performance. A multi-body …

This paper reports work on the optimization and performance evaluation of a hybrid
electromagnetic suspension system equipped with a hybrid electromagnetic damper. The …