In order to ensure safety and reliability of railway transportation the interest in monitoring
systems is constantly increasing. These devices include sensors and electronic …

The operation safety of high-speed railways has received great concern globally in recent
years. The power supply of the electronic monitoring devices alongside high-speed railway …

When a high-speed maglev train enters a tunnel, the pressure around it rises and changes
quickly. This may lead to serious damage of the train and tunnel structures. With increases of …

To investigate the fatigue behaviours of tunnel secondary lining under the aerodynamic
effects produced by the running high-speed railway (HSR) trains, we proposed a dual …

Acceleration and deceleration are required for train operation, and the flow field around the
train shows strong unsteady characteristics during the acceleration and deceleration …

Transient aerodynamic pressures induced by the passage of high-speed trains past noise
barriers can result in noise barrier damage. This issue is investigated experimentally in the …

Abstract A moving model (1/20 scale) was used to study the effect of high temperature at the
entrance of a tunnel on the aerodynamic performance of a high-speed train passing through …

As high-speed railway tunnels continue to serve for long periods of time, the tunnel lining is
subjected to long-term cyclic tension and compression from train aerodynamic loads …

Intense pressure fluctuations generated by the intersection of high-speed trains (HSTs) in a
tunnel are unfavourable for the comfort of passengers and the safety of HSTs and tunnel …

The aerodynamic effects of high-speed trains and the fatigue damage caused by them while
passing through tunnels with various lining materials were studied computationally using the …