Motion Sickness (MS) remains a paramount concern in the evolving landscape of
autonomous vehicles. As automation continues to reshape the passenger-vehicle …

The aim of this study was to evaluate a passive upper-limb exoskeleton as an ergonomic
control to reduce the musculoskeletal load in the shoulders associated with augmented …

Introduction Identification of the seat features that could improve driving experience is a
main issue for automotive companies. Objective Long duration real driving sessions were …

Featured Application The results obtained in the study were used by the designers of the
racing car with which the Transilvania University of Brașov participated in the Student …

The decoupling analysis of vertical vibration and pitching vibration is the basis of improving
vehicle comfort performance and realizing vehicle body vibration control. In order to study …

As vehicles have become more complicated, Human-Machine Interaction (HMI) is becoming
crucial. Nowadays, HMI is a substantial element in autonomous vehicles (AVs). Numerous …

This study investigated the effects of different driving durations on the distribution of seat
interface pressure and the perceived comfort of vehicle occupants. The comfort of vehicle …

The aim of this article is to determine the effect of the biaxial loading of a car seat, in vertical
and horizontal directions, on seating comfort. We measured the transfer characteristic in the …

To improve the low-frequency vibration isolation performance and driving comfort of the
engineering seat system, a segmented fork arm seat system is proposed. Firstly, the …

In this paper, we determined the adjustment levels of the human–machine layout under the
preferred driving posture for individuals with different body sizes. We also comparatively …