When a high-speed maglev train travels through a tunnel, sudden pressure changes are
generated in the tunnel, which have a negative impact on the comfort of passengers and the …

This investigation deals with numerical solution of complex aerodynamic interactions
induced by a high-speed train (HST) entering and passing through tunnels with a closely …

Subway is an increasingly important means of transportation, the influence of the piston
effect on the train has attracted extensive attention of researchers. Nowadays, the train …

High-speed railway tunnels in cold regions often suffer severe frost damage in winter. In
these tunnels, the train-induced airflow is generally regarded as an important factor …

High-speed trains (HSTs) passing by each other on cable-stayed bridges (CSBs) generated
aerodynamic forces that significantly reduced the operational safety and stability of the …

Recent years have brought to notice the spalling and falling off problem of the lining of high-
speed rail tunnels, which is dangerous for traffic safety. In this study, a three-dimensional …

This study examined the slipstreams induced by high-speed trains (HSTs) passing through a
tunnel using the improved delayed detached eddy simulation (IDDES) method. First, the flow …

The nonlinear aerodynamic loads and dynamic responses caused by the crosswind when
two trains pass each other are extremely complex, and guaranteeing safety under these …

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 …

To comprehensively investigate the characteristics of aerodynamic pressures on a tunnel
caused by the whole tunnel passage of a high-speed train at different speeds, we conduct a …