In recent years, high-speed railways in China have developed very rapidly, and the number
and span of the railway bridges are keeping increasing. Meanwhile, frequent extreme …

Idealized pollutant sources are widely used by the scientific community to replicate traffic
emissions in wind tunnel tests and CFD simulations. However, it is unclear to what extent …

In a complex environment, large bridges will present different adhesion coefficient, often
accompanied by large crosswind, which makes the flow field around the vehicle complex …

Crosswind and train-induced wind are major factors influencing the aerodynamic
performance of vehicles on single-level rail-cum-road bridges. Based on computational fluid …

Given the complexity of the wind environment around bridge–tunnel sections in canyons,
flow fields are complex and changeable, resulting in transient aerodynamic loads on …

In the crosswind environment, the flow field around a bridge pylon is complex and variable
so that the vehicles are prone to side slip when passing by this region. In this situation …

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 …

This paper aims to analyse the driving safety of road vehicles travelling over long-span
bridges under crosswinds in a more reasonable manner by considering the aerodynamic …

Large bridges' decks often exhibit different adhesion coefficients in complex environments,
which are frequently accompanied by significant crosswind effects. This results in a complex …

In this study, the aerodynamic forces on a stationary train and moving train as well as the
flow fields at the bottom of the trains were compared and analysed. In addition, the …