Vehicle actions represent the main operational loading for various types of bridges. It is
essential to conduct random vibration analysis due to the unavoidable uncertainties arising …

Bridges represent a significant proportion of high-speed railway (HSR) lines in China, and
high-speed trains operate on these structures for prolonged periods. Consequently, the …

Curved bridge has been widely applied in railway lines due to its strong terrain adaptability,
a more refined model that could capture curved bridge vibrations in the train-track-bridge …

The increasing prevalence of simply supported bridges in high-speed railway (HSR) lines
has raised concerns about the safety of trains crossing these bridges during an earthquake …

With the rapid development of high-speed railway, the seismic running safety problem of
high-speed train passing on bridge is becoming increasingly prominent. Since different …

When a train passes over a bridge, the vibrations of the vehicles and the bridge are the
result of non-stationary stochastic processes due to the time-dependent characteristics of the …

Monitoring the conditions or damages of bridges under train passages demands a high-
accuracy modal-characteristic identification method that separates the apparent fluctuations …

Bridge construction is one of the cores of traffic infrastructure construction. To better develop
relevant bridge science, this paper introduces the main research progress in China and …

High-pier railway bridges are mostly applied in mountainous areas. Due to the large spatial
flexibility of the high piers under train dynamic loads, especially under braking conditions …

In this work, an engineering practical method is put forward to characterize the static and
dynamic mapping relationship between soil deformation and its induced system …