Periodically arranged media exhibit attenuation zones for elastic waves, and the related
periodic structures play a crucial role in the design of seismic isolation and vibration …

This paper aims to investigate the propagation of low-frequency seismic surface waves in
periodic in-filled barriers from the viewpoint of bandgaps. Based on Bloch-Flouquet theory …

The three-dimensional problem of isolation of vibration by a row of piles is studied
numerically on the basis of a model replacing the row of piles by an effective trench in order …

The problem of vibration isolation by a row of piles is numerically solved in a three‐
dimensional context by an advanced frequency domain boundary element method (BEM) …

The purpose of this study is to investigate surface-wave isolation by periodic piles from the
perspective of attenuation zones. There are three major components. The first is the …

Phononic metamaterials are capable of manipulating mechanical wave propagation in
applications ranging from nanoscale heat transfer to noise and vibration mitigation. The …

The periodic theory of solid-state physics is introduced to study the reduction characteristics
of periodic pile barriers. The attenuation zones of a two-dimensional infinite periodic pile …

A detailed investigation is carried out to investigate the use of periodic piles as wave barriers
for Rayleigh wave isolation from the perspective of periodic theory in solid state physics …

This paper investigates the effectiveness of a sheet pile wall to reduce railway induced
vibration transmission by means of field measurements and numerical simulations. At Furet …

A double-line metro tunnel was constructed beneath an existing high-speed railway bridge
in a city of east China. To avoid the unexpected displacement of the bridge resulting from the …