Among all the recent improvements in the railway industry, ground vibration remains an
important showstopper in metropolitan cities. In some particular cases, significant levels of …

In recent years, the construction of the overtrack building complexes including offices,
schools, residences, stores, and restaurants above metro depots has increased in China …

Train-induced vibration prediction of the over-track buildings requires acceptable both
efficiency and accuracy in the preliminary construction stage. To ensure accuracy, soil …

This study theoretically investigated the dynamic responses of a multilayered half-space
subjected to a spatially periodic harmonic moving load using the direct stiffness method …

The numerical assessment of the dynamic response of buildings exposed to railway traffic
usually requires advanced numerical models that take into account the three-dimensional …

In this study, we propose a novel coupled periodic tunnel–soil analytical model for predicting
ground-borne vibrations caused by vibration sources in tunnels. The problem of a …

The prediction of train-induced vibration on far-field buildings is a challenging issue in the
transportation environment communities. In this work, a hybrid prediction method is put …

The prediction of ground-borne vibrations induced by underground trains in tunnels is
advantageous for guiding vibration-mitigation designs. The supporting forces of the fastener …

In this paper, a new three-directional vibration isolator for buildings was developed to
suppress vertical metro vibrations and horizontal seismic vibrations simultaneously. The …

Curved metro lines currently account for a significant proportion of total route mileage.
However, the existing prediction model of environmental vibration only considered the …