Passive surface wave methods have gained much attention from geophysical and civil
engineering communities because of the limited application of traditional seismic surveys in …

Surface-wave dispersion analysis is widely used in geophysics to infer a shear wave
velocity model of the subsoil for a wide variety of applications. A shear-wave velocity model …

The recently developed frequency‐Bessel transformation (F‐J) method is effective to extract
multimode surface wave dispersion curves from ambient noise cross‐correlation functions …

The inversion of surface-wave dispersion curve to derive shear-wave velocity profile is a
very delicate process dealing with a nonunique problem, which is strongly dependent on the …

The geology of the north-western Anatolia (Turkey) ranges from hard Mesozoic bedrock in
mountainous areas to large sediment-filled, pull-apart basins formed by the North Anatolian …

The damage distribution in the town of Adra (south‐eastern Spain) during the 1993 and
1994 Adra earthquakes of magnitude Mw~ 5.0 and maximum intensity degree of VII …

Ambient vibration measurements with small, temporary arrays that produce estimates of
surface wave dispersion have become increasingly popular as a low-cost, non-invasive tool …

The requirement of a layered-earth geology is a restrictive assumption when using the
spatially averaged coherency spectra (SPAC) method. Numerical simulations of …

We present simple and novel formulas that help to directly infer phase velocities of Love
waves (c L) using two-component, horizontal-motion, circular-array records of microtremors …

We constrain the depth and seismic structure of stiff sediment cover overlying a prospective
basement terrane using a passive seismic technique which uses surface wave energy from …