This overview article gives a picture of multichannel analysis of high-frequency surface
(Rayleigh and Love) waves developed mainly by research scientists at the Kansas …

Surface waves are widely used in near-surface geophysics and provide a noninvasive way
to determine near-surface structures. By extracting and inverting dispersion curves to obtain …

We proposed a new passive seismic method (PSM) based on seismic interferometry and
multichannel analysis of surface waves (MASW) to meet the demand for increasing …

Rayleigh wave exploration is a powerful method for estimating near-surface shear-wave (S-
wave) velocities, providing valuable insights into the stiffness properties of subsurface …

Ambient wavefield data acquired on existing (so-called 'dark fibre') optical fibre networks
using distributed acoustic sensing (DAS) interrogators allow users to conduct a wide range …

High-frequency surface-wave analysis methods have been effectively and widely used to
determine near-surface shear (S) wave velocity. To image the dispersion energy and identify …

Subway tunnels are often built under the arterial roads in cities and the safety of overlying
strata is important. Due to the limitation of urban space, many geophysical exploration …

For layered models with a low-velocity half-space, Rayleigh waves can exhibit inversely
dispersive patterns and thus are advantageous for providing useful information on the …

Due to the heterogeneous properties of constituent materials, traditional Multi-channel
analysis of surface wave (MASW) method is unsuitable for evaluating ballastless track as …

High-frequency surface-wave techniques are widely used to estimate S-wave velocity of
near-surface materials. Surface-wave methods based on inversions of dispersion curves are …