Settlement simulating in cohesion materials is a crucial issue due to complexity of cohesion
soil texture. This research emphasis on the implementation of newly developed machine …

Low embankment strategy is one of the effective methods to control time-dependent
settlement of soft soils in infrastructure construction projects. Spatial variability of soil …

Liquefaction behavior of fine-grained soil is associated with numerous soil parameters;
however, over the past few years, importance of plasticity in predicting liquefaction …

Field tests in geotechnical engineering are fundamental for identification of the underground
conditions. The standard penetration test (SPT) is the most commonly used geotechnical …

Abstract The Fort d'Issy-Vanves-Clamart (FIVC) braced excavation in France is analyzed to
provide insights into the geotechnical serviceability assessment of excavations at great …

An elastic visco-plastic creep model was combined with the Monte-Carlo probabilistic
method incorporating multivariate copula and nonlinear analysis to investigate the effects of …

The present work proposes a stochastic statistical method, called Green-FOSM, to consider
the uncertainties associated with the mechanical properties of rocks that form geological …

Because of the intricacy of cohesion soil texture, settlement simulation in cohesion materials
is a critical subject to address. According to the literature study, shallow foundation …

The present work proposes a new version of the Green‐FOSM (first‐order second moment)
method, which eliminates the iterative calculation process of the original version and …

There are many deterministic and probabilistic liquefaction assessment measures to classify
if soil liquefaction will take place or not. Different approaches give dissimilar safety factor …