As rail transportation continues to advance, it provides significant convenience to the public.
However, the environmental vibration and noise generated during its operation have …

Concerning the cumulative damage of building structures caused by the long-term effects
from high-speed railway train loads and various environmental impacts, and to ensure the …

As rail transportation, including high-speed railways and urban metros, rapidly expands, its
proximity to residential areas decreases, raising concerns about ground-borne vibrations …

Over-track buildings in metro depots become more and more prevalent in metropolis with
the increase in population and the decrease of construction land. However, the train …

Aiming at the multiple-input multiple-output vibration problem in rail transit, this paper
presents a novel method for obtaining transfer characteristics of vehicle-induced vibrations …

In this work, different methods are proposed and compared for autonomous inspection of
railway bolts and clips. A prototype of an autonomous data acquisition system was …

With the aim of predicting the environmental vibrations induced by an elevated high-speed
railway, a machine learning method was developed by combining a random forest algorithm …

This paper proposes a spectral element method-based analysis procedure to study further
the low-frequency responses of the ground and building induced by high-speed railways …

As the main tool for transporting people and materials in coal mines with inclined shafts, fuel
vehicles easily cause exhaust gas accumulation and significant pollution due to the special …

In noise-sensitive areas of urban rail transit (URT), sound barriers are often used to block the
propagation of on-track noise such as the wheel–rail noise. However, the vibrations induced …