Train running safety is a major concern among railway engineers, since a derailment may
cause significant personal and material damages. This problem becomes more important if …

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 …

This article presents a study on the train stability against crosswinds simulated with different
wind models. The work focuses on the evaluation of derailment indexes, which are …

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 aerodynamic performance of stationary and moving CRH2c trains with or without a
windbreak wall under crosswind was simulated by DDES based on the SST κ-ω turbulence …

Crosswind stability of high-speed trains has been a prominent research topic for several
decades, primarily motivated by the frequent rail-related accidents under strong crosswinds …

With an increase in train speed, the aerodynamic effects caused by the train could escalate,
especially for a train running in a tunnel. A number of large transient pressure waves are …

The coupled effect of canyon winds and rapid switching of operating scenes deteriorate the
aerodynamic performance of the high-speed train (HST) running on the tunnel-bridge …

It is necessary to obtain the aerodynamic force coefficients of the train on the embankment
for the assessment of the running safety in a crosswind. In general, wind tunnel tests are …

In this paper, a numerical study regarding the influence of the wind speed and orientation on
the train running safety against crosswinds is presented. The wind profiles are defined …