Demanding a thorough knowledge of material behaviour and numerical modelling, site
characterisation and in situ test interpretation are no longer just basic empirical …

A state-of-the-art review has been conducted in this work on soil constitutive modeling,
which has emphasized on: soil type, ground-water conditions, loading conditions, structural …

On présente un modèle anisotrope élasto-plastique pour les argiles molles. Des données
expérimentales de cheminements de contraintes d'essais triaxiaux drainés multistage sur …

A comprehensive set of experimental data on Bangkok subsoils from oedometer and triaxial
tests are analysed in this paper in order to determine the stiffness and strength parameters …

On présente une étude théorique sur le comportement du sol structuré. On formule un
nouveau modèle auquel on réfère comme le modèle Cam Clay structuré en introduisant …

Data from laboratory geotechnical tests on till recovered from beneath Ice Stream B, West
Antarctica, at the Upstream B camp (hereinafter the UpB till) show that failure strength of this …

The paper proposes a constitutive model for structured soils (MSS) which describes the
engineering effects of structure development and degradation, such as: high intact stiffness …

Neural network (NN) based constitutive models can capture non‐linear material behaviour.
These models are versatile and have the capacity to continuously learn as additional …

This paper presents results of a series of numerical experiments, using nonlinear finite-
element analyses, which investigate the effects of wall embedment depth, support …

This paper presents a new generalized effective stress model, referred to as MIT‐S1, which
is capable of predicting the rate independent, effective stress–strain–strength behaviour of …