A cavity expansion-based method is proposed in this paper to correlate the relevant findings
with the piezocone penetration test (CPTu) data in clays. The rigorous and explicit solution …

The piezocone penetration test (CPTu) is a well-established and efficient tool used in
geotechnical engineering for measuring/interpreting the fundamental soil properties …

This paper presents the derivation of closed-form expressions for the interpretation of
piezocone tests in clay on the basis of an undrained cavity expansion solution. The cavity …

Two analytical models for interpreting piezocone penetration tests (CPTUs) in soft sensitive
Presumpscot clay were applied to in situ and laboratory results from a highway embankment …

A well-established analytical model based on spherical cavity expansion and critical state
soil mechanics theories is applied to piezocone soundings for profiling the yield stress and …

Two closed-form analytical solutions are applied to piezocone penetration test (CPTu) data
in stiff overconsolidated clay from Hartford, Connecticut to evaluate total stress and effective …

A modified piezocone penetration test (CPTu) analytical solution based on spherical cavity
expansion and critical state soil mechanics (SCE–CSSM) is employed for assessing yield …

A review on the evaluation of undrained rigidity index of clays (IR= G/su) is presented,
including laboratory testing, empirical correlations, and analytical methodologies. Using a …

This paper presents a new interpretation procedure to estimate the initial state parameter
from cone penetration testing (CPTu) in undrained conditions based on the results from a …

Significant improvements have been made in the interpretation of the piezocone penetration
test (PCPT) results over the last decade. Herein, field PCPT data and laboratory test results …