Vibration and noise aspects play a relevant role in the lifetime and comfort of urban areas
and their residents. Among the different sources, the one coming from the rail transit system …

In this article, we want to discuss the use of deep learning model to predict potential
vibrations of high-speed trains. In our research, we have tested and developed deep …

Although subways are usually near the roads, very few studies have been carried out to
assess the vibration caused by the simultaneous passage of road and railway vehicles. This …

The uncertainty in the prediction of train-induced ground-borne vibration is mainly attributed
to the randomness of excitation, the variability of soil, the uncertainty of models, etc …

Urban trees are often planted in a periodic arrangement in space. This study takes urban
trees as natural metamaterials. Based on the metamaterial theorem, a three-dimensional …

The accurate prediction of ground-borne vibration induced by underground trains is needed
to assess the effects of vibration. However, there are inaccuracy and uncertainty for current …

One of the main factors in the design of subways is the level of subway-induced vibrations.
The ground borne vibrations are usually estimated by prediction models among which the …

This work presents a simplified method to evaluate building shaking due to arbitrary base
excitations, and an example application to railway problems. The model requires minimal …

The number of railway lines both operational and under construction is growing rapidly,
leading to an increase in the number of buildings adversely affected by ground-borne …

A new hybrid time-frequency modelling methodology is proposed to simulate the generation
of railway vibration caused by singular defects (eg joints, switches, crossings), and its …