China's high-speed railway (HSR) construction industry has been experiencing a golden
period of opportunities in the recent decades. Due to the necessity of protecting arable lands …

Serviceability and running safety of the high-speed train on/through a bridge are of major
concern in China. Due to the uncertainty chain of the train dynamic analysis in crosswinds …

High-speed trains experience a sharp transition to a strong crosswind environment when
running in a bridge–tunnel section due to the perennial prevailing crosswind in the canyon …

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 …

The consideration of train-bridge system under winds has been attracted extensive
attentions, but the winds are typically treated as stationary. This stationary assumption …

Wind tunnel tests have been widely applied in aerodynamic investigations owing to their
unique advantages. However, it is difficult to theoretically establish a simplified symmetry or …

Wind barriers are nowadays commonly placed on bridges to protect vehicles from adverse
cross-wind effects. In addition to this beneficial influence, wind barriers may adversely affect …

This paper investigates the effect of a wind barrier on the aerodynamic performance of a
train–bridge system under crosswind using a numerical simulation method. The studied …

With global warming intensifying, weather patterns become more volatile and extremes
more common. Tornadoes are the most destructive natural disasters causing significant …

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 …