The aerodynamic behavior of rail vehicles subject to crosswind has become one of the hot
topics to the Chinese railway community, due to the rapid expansion of the high-speed …

Wind engineering has made significant strides in addressing the challenges posed by
exceptional terrains, where traditional methodologies often fall short. This paper reviews the …

The variation laws of flow field structure leeward a corrugated wind barrier with different
bending angles and their sheltering performance on a train above a railway bridge were …

This study provides evidence supporting the use of the update strategies for the support
vector regression (SVR) model. Firstly, the fitting and interpolation method (FIM) is presented …

The evaluation of the sheltering efficiency of wind barriers is directly related to the safety of
vehicles under crosswind. A series of work has been carried out in order to optimize the …

Ensuring the safety of various vehicles or trains passing through the bridge deck under
strong crosswind is one of the most important topics for a long-span bridge. Based on the …

Accidents, such as deflections, side slips, and even rolls, can easily occur when road
vehicles moving on the bridge deck at high speed are subjected to sudden changes owing …

A wind tunnel experimental study is conducted to study the wind loads acting on a moving
vehicle model on a bridge installed with a solid wind barrier. The repeatability of the tests is …

For high-speed railways (HSR) in wind prone regions, wind barriers are often installed on
bridges to ensure the running safety of trains. This paper analyzes the effect of wind barriers …

This perusal surveys the design criteria indispensable for fences that are installed alongside
the high-speed railway tracks to protect the passing high-speed rolling stock under strong …