The representation of soil stress–strain response by using neural networks has received
considerable attention as a promising data-driven method. Recently, a magnitude-related …

Soil deposits may be subjected to preloading episodes due to different factors such as
previous earthquakes, excavations, refilling, compaction, construction of overlying …

The design of deep dump slopes for opencast mines usually requires information about the
soil resistance to liquefaction during earthquakes. This resistance depends not only on the …

The results of an experimental investigation on Malaysian kaolin under monotonic and cyclic
loading are presented. In the tests, a wide range of initial conditions was varied in order to …

This article presents a comprehensive experimental investigation on Zbraslav sand under
monotonic and cyclic loading. Initially, the material response at large strains was …

This paper provides a manual for the thorough calibration of material parameters of the
anisotropic visco ISA (AVISA) model and discusses some of the pitfalls that can arise when …

Constitutive models that are able to accurately predict cyclic soil behaviour are crucial for
finite element design of offshore foundation or railway embankments. Basic hypoplastic …

This article presents a critical discussion of the repercussion of overshooting effects on
element tests and finite-element simulations. For exemplification purposes, three advanced …

Mainly, two divisions are encountered in the literature regarding constitutive models: elasto‐
plasticity and hypoplasticity. In addition, barodesy and the framework of generalized …

The prediction of soil cyclic behaviour is relevant for several geotechnical applications. In
order to obtain accurate predictions of settlements and pore water pressure build-up on …