The relevance of Electric Vehicles (EVs) and the overall market demands of the respective
control units is in a never before leap all around the globe as seen from the news, business …

Steering control for path tracking in autonomous vehicles is well documented in the
literature. Also, continuous direct yaw moment control, ie, torque-vectoring, applied to …

This paper deals with the simulation of the tire/suspension dynamics by using recurrent
neural networks (RNNs). RNNs are derived from the multilayer feedforward neural networks …

The dynamic parameters of Straddle-type monorail vehicles with single-axle bogies are
optimised by utilising the multi-body dynamic method. The dynamic parameter optimisation …

In this paper, a new hydraulically interconnected suspension (HIS) system is proposed for
the implementation of a resistance control for the pitch and bounce modes of tri-axle heavy …

This paper presents the optimisation of dam** characteristics in bogie suspensions using
a multi-objective optimisation methodology. The dam** is investigated and optimised in …

Synthesis and analysis of suspension-embedded energy harvesters using quarter-car
model is inefficient and skews the performance results of the harvesters. The preliminary …

The aim of this thesis is to compute efficiently and identify a set of good solutions that
collectively provide an even coverage of the Pareto front, the set of optimal solutions for a …

Abstract Electronic Stability Control (ESC) and Four Wheel Steering (4WS) have been used
to control the yaw rate and sideslip angle of automobiles, in order to improve stability and …

Researchers mostly focus on the role of suspension system characteristics on vehicle
dynamics. However tire characteristics are also influential on the vehicle dynamics behavior …