Coupled vibration of the wind-vehicle-bridge system is an important research to ensure the
safety and comfort of the vehicles running on bridges in crosswinds. The aerodynamic …

The aerodynamic benefits of a vehicle in a platoon could be distracted by an imposed
crosswind on it. The study aims to investigate the alteration of aerodynamic coefficient …

In this study, the pollutant dispersion within street canyons is studied by experiments
conducted in an environmental wind tunnel. The vehicular exhaust emissions are modeled …

The suspended monorail (SM) vehicle–bridge system has been considered a promising
modern transit mode due to its clear advantages: low pollution, high safety, convenient …

Bu çalışmada, konvoy konumunda bulunan otobüslerin farklı hızlarda karşıdan esen rüzgâra
maruz kaldıklarında aerodinamik özellikleri sayısal olarak incelenmiştir. Sayısal girişim …

In the present paper, the three-dimensional numerical investigation of Class 5 medium duty
trucks (based on a production of Volvo Company) is carried out. The aim is to investigate …

Society of automative engineers (SAE) guidelines for computational fluid dynamics (CFD)
and windtunnel tests on semi-trailer trucks were complied with to investigate the influence of …

A bus in motion is vulnerable to strong aerodynamic forces that may interfere with its
controllability and operational safety. On mountainous highways—especially highways …

A numerical investigation is presented in which the effect of crosswinds on the slipstream of
a fully-loaded model-scale freight train is studied. The work used delayed detached-eddy …

Driving stability can be an issue for heavy vehicles. In a side wind, a side force and rolling
moment will develop, and they both affect driving stability, from which the vehicle may …