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

Scholte waves at the seafloor have significant potential for underwater detection and
communication, so a study about detecting Scholte waves is very meaningful in practice. In …

As a non-destructive and convenient method, Scholte waves inversion method has been
widely used in various engineering applications. However, previous inversion methods …

The present geophysical research aims to evaluate the applicability of multichannel analysis
of surface waves (MASW) on mapping ultrashallow underwater ancient masonry remnants …

ABSTRACT Shear-wave (S-wave) resonances are typically observed when the surficial
marine sediments over a rock substrate have relatively low S-wave velocities. We observe …

The results of theoretical analysis and practical implementation of seismoacoustic methods
developed for monitoring ice-covered regions in the Arctic are presented and discussed …

In order to solve the problems of less earth capture energy and shallow depth of shear wave
signal transmission during the operation of shear wave vibroseis, and improve the …

The propagating of quasi-Scholte waves in a hydroelastic system consisting of an
orthotropic plate and a compressible inviscid fluid layer were investigated. There are …

Scholte wave dispersion curves contain rich information regarding seafloor media and have
therefore attracted increasing attention (Wang et al., 2022; Dong et al., 2021; Du et al …

T waves are low-frequency acoustic-waves (< 100 Hz) generated by earthquakes and
propagating in the watercolumn. It is largely accepted that T waves propagate as modes …