Seismic response assessment requires reliable information about subsurface conditions,
including soil shear wave velocity (V s). To properly assess seismic response, engineers …

The present research employed an authentic multivariate dataset of J-CLAY/5/124 Jiangsu
clays from China to construct an artificial neural network (ANN) model for the purpose of …

In geotechnical field investigations, cone penetration tests (CPT) are increasingly used for
ground characterization of fine‐grained soils. Test results are different parameters that are …

This paper explores the potential of machine learning techniques to predict the soil water
retention curve based on physical characterization parameters. Results from 794 water …

Several approaches have been proposed to classify soil types using both cone and
piezocone penetration tests. The chart relating the normalized cone resistance (Q tn) and …

Geotechnical engineers frequently rely on semi-empirical methods like Décourt-Quaresma
and Meyehof's to estimate the bearing capacity of piles. This paper proposes alternatives to …

Soil classification methods currently rely on soil borings or cone/piezocone penetrometer
tests (CPT/CPTu). Literature provides several methods that classify soils based on two …

The most popular methods for soil classification from cone penetration test (CPT) data are
based on examining two-dimensional charts. In the last years, several authors have …

The cone penetration test (CPT) is widely used in geotechnical engineering to assess soil
properties. Traditional methods of interpreting CPT data and classifying soils have …

The significance of soil in sustaining life on Earth cannot be overstated, particularly its role in
crop production and environmental sustainability. This paper presents a analysis of various …