Shear wave velocity (VS) can be obtained using seismic tests, and is viewed as a
fundamental geotechnical characteristic for seismic design and seismic performance …

Performing a reliable stability analysis of a landslide slope requires a good understanding of
the internal geometries and an accurate characterisation of the geotechnical parameters of …

For a detailed characterization of near-surface environments, geophysical techniques are
increasingly used to support more conventional point-based techniques such as borehole …

The correlation of shear wave velocity (V s) with piezocone penetration test (CPTu)
parameters is investigated in post-glacial sediments along the St. Lawrence and Saguenay …

Shear wave velocity (VS), which can be obtained using various seismic tests, has been
emphasized as representative geotechnical dynamic characteristic mainly for seismic …

Transformation models have been widely used in geotechnical engineering to relate data
from lab or field tests (eg, cone penetration tests, CPT) to design parameters required in …

The applicability of four existing empirical cone penetration test to shear wave velocity (CPT-
V s) correlations to Holocene soils in the Christchurch region of New Zealand was assessed …

Shear wave velocity (V s) is often used for the calculation of the shear modulus to combat
sampling issues in clays and minimize the cost of laboratory testing. Several studies …

It is widely known that seismic shear‐wave velocity is one of the most important parameters
in site characterization studies. In some instances, it is necessary to determine shear‐wave …

Shear wave velocity is one of the most important parameters in the evaluation of soil
dynamic behavior and seismic design of geotechnical structures. In this study, a …