Today, surface-wave analysis is widely adopted for building near-surface S-wave velocity
models. The surface-wave method is under continuous and rapid evolution, also thanks to …

Surface-wave analysis has been widely used for near-surface geophysical and geotechnical
studies by using the dispersive characteristic of surface waves (Rayleigh or Love waves) to …

The multichannel analysis of surface wave (MASW) method has been effectively and widely
used to determine near-surface shear-wave velocity. Horizontal resolution of the MASW …

Surface wave analysis is usually applied as a 1D tool to estimate VS profiles. Here we
evaluate the potential of surface wave analysis for the case of lateral variations. Lateral …

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 …

Surface-wave techniques are mainly used to retrieve 1D subsurface models. However, in 2D
environments, the 1D approach usually neglects the presence of lateral variations and …

Fluvial levees are assets of major importance for protecting human lives and activities. To
prevent the risk of failures and to assess their stability, survey campaigns involving …

D shear wave velocity images are of particular interest for engineering seismology. To
obtain information about the local subsoil structure, we present a one-step inversion …

The data reduction method for dispersion relation in surface wave testing is conventionally
associated with the certain method of data acquisition, for example, phase shift analysis in …

ABSTRACT CMP crosscorrelation (CMPCC) analysis of surface waves enhances lateral
resolution of surface wave analyses. We found the technique of window-controlled CMPCC …