This paper deals with the prediction of train-induced building vibrations by using a numerical
framework. The framework is based on a sub-structure approach, where a sequence of …

The impact of train vibration on the tunnel lining is a popular research topic. Under long-term
train operation, the tunnel lining may incur damage, mainly longitudinal cracks, which will …

The most cost-effective method for reducing vibrations in structures affected by continuous
railway traffic is the implementation of an open trench in the ground. However, using deep …

To investigate the vibration isolation effect of composite vibration isolation walls on surface
vibrations in suburban railway deep tunnels under various influencing factors, an integrated …

This study focuses on the use of open trench wave barriers to prevent undesired high-speed
train-induced ground vibrations. A series of full-scale passive isolation tests are performed in …

Metro operations inevitably generate noise inside trains. For better understanding the
characteristics of interior noise, we conducted interior noise measurements on 12 subway …

The complex dynamic behavior brings challenges for investigating the ground vibration
induced by trains passing through bridges, in which accurate modelling and a large amount …

In a study conducted in a metro tunnel, acceleration and displacement sensors were
strategically placed along steel rails, track beds, and tunnel walls to capture real-time …

In metropolitan cities, underground railway lines of Mass Rapid Transit Systems are the
lifeline to the daily commuters. However, these underground lines cause vibrations while …

Floating slab tracks (FSTs) are used to reduce the impact of vibration on precision
instruments and historical relics along metro lines; however, ground vibration is universally …