Noise barriers need to be installed along high-speed railway lines to protect nearby
inhabitants from the noise pollution caused by the running of high-speed trains (HSTs). The …

High-speed railway lines are widely distributed worldwide. The surrounding wind
environment of such railway lines is complex, which significantly affects the safety of high …

This paper provides an overview to all the published computational work in the Journal of
Wind Engineering and Industrial Aerodynamics in the field of train aerodynamics since …

Purpose Constructing porous wind barriers is one of the most effective approaches to
increase the running safety of trains on viaducts in crosswinds. This paper aims to further …

Photovoltaic (PV) power plants play an important role in regulating regional energy
structures and reducing carbon emissions. The existence of PV power plants also alters the …

A high-speed train (HST) may be suddenly subjected to strong crosswinds when passing
through a tunnel-bridge area in steep valley terrain. Investigating the natural wind …

Two types of city-oriented noise barriers, ie, fully-enclosed noise barrier and bilateral
inverted l-shaped semi-enclosed noise barrier, have been gradually adopted in city centres …

Unilateral vertical noise barrier (UVNB), bilateral vertical noise barrier (BVNB) and fully
enclosed noise barrier (FENB) are widely used along high-speed railways. The running …