Recent advancements in Intelligent Transportation Systems suggest that the roads will
gradually be filled with autonomous vehicles that are able to drive themselves while …

The truck platoon is one of the most promising connected and autonomous vehicle (CAV)
technologies that can reduce fuel consumption and emission, enhance traffic safety, and …

An experimental study of the near wake of a simplified truck model with an aspect ratio
between the height and the width greater than one is presented. The influence of the …

This paper presents a numerical investigation of the effects of the moving ground and
rotating wheels on the turbulent flow around a 1/10 scaled square-back van model. A …

High-sided vehicles experience sudden changes in aerodynamic forces when passing
through the wake of towers of bridges under crosswind. This may lead, in the worst case, to …

In this study, wind-tunnel testing was used to evaluate how side-winds interact with the
geometric characteristics of the truss girders of a double-deck bridge and how this impacts …

The drag reduction of commercial vehicles is the principal challenge to improving fuel
saving and decreasing air pollution. Accordingly, several flow control devices, including gap …

Driving safety on horizontal curves under crosswinds has always been a concern for
researchers. However, previous studies focused on single vehicles, especially single trucks …

The drag reduction performance of a half airfoil attached to a trailer and the roof fairing at
different positions was experimentally investigated in a wind tunnel. Half airfoils have NACA …

This paper mainly proposes and solves a two-phase truck-cargo (TC) matching model for
truck alliance and task set in drop-and-pull (DP) transport. Firstly, the candidate trucks were …