Seismic cone penetration testing (SCPT) is a powerful geotechnical site characterization
tool, allowing for simultaneous collection of routine cone penetration testing data and rapid …

Assessing the constrained modulus is a critical step in calculating settlements in granular
soils. This paper describes a novel concept of how the constrained modulus can be derived …

This abstracts volume (including full keynote and invited papers) contains the proceedings
of the 5th International Symposium on Cone Penetration Testing (CPT'22), held in Bologna …

Reliable values of in situ shear modulus at small strain (Gmax) are important for foundation
design, particularly for large investments in offshore wind energy. The seismic cone …

The main objective of this paper is to promotes use of shear wave velocity (Vs)
measurements from SCPTU testing as a compliment to standard CPTU data. Recent …

This paper seeks to promote use of shear wave velocity (V s) measurements in UK clays as
a complement to more standard ground investigation techniques. V s measurements seem …

The commonly used data reduction methods to determine shear wave velocity (V s) require
the depth interval of the V s profile to be the same as the in-situ testing interval. The V s …

Geotechnical investigations often involve inclined boreholes, which can be used for
downhole (DH) seismic surveys. However, as there is no interpretation method for downhole …

Assessing the constrained modulus is a critical step in calculating settlements in granular
soils. This paper describes a novel concept of how the constrained modulus can be derived …

ABSTRACT A reliable site-specific ground response spectrum (GMRS) can be estimated
from seismic site response analysis with a deep shear wave velocity (VS) profile up to …