Titlebook: Micro to MACRO Mathematical Modelling in Soil Mechanics; Pasquale Giovine,Paolo Maria Mariano,Giuseppe Mort Conference proceedings 2018 Sp

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Chemo-mechanical Modelling in Bonded Geomaterials from the Micro- to the Macro-scale,ineering. In this work, a two-scale constitutive model is concisely presented, in which macroscopic chemo-mechanical properties are set to mainly depend on the reactive surface area and on the cross-sectional area of cementation bonds, via two key macroscopic ‘cross-scale’ functions. The model is fo

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Geochemical Control of Laponite Dispersions for Pore Fluid Engineering of Granular Soils,nditions. However, in many materials of geotechnical interest, such as oil sands, naturally/artificially cemented sands, and hydrate bearing sediments, the nature and the response of the fluid or fluids occupying the voids between the particles can be much more complex. This paper presents an approa

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Modelling Water Flow and Ion Transport in Clay Soils: The Case of KCl Wells in the Head of an Earthide of the southern Italian Apennines. Preliminarily, oedometer and direct shear tests on specimens exposed to KCl were carried out in laboratory; ion diffusion and related time-dependent increase in residual shear strength were modelled by a commercial FEM code. Then, the processes occurring in the

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Aging Effects on Liquefaction Resistance and Shear Wave Velocity in Reconstituted Sand,g effects on liquefaction resistance. In the first series, two types of specimens were prepared by air pluviation and wet tamping method using clean sand. In the second series, a disturbed natural sedimentary soil was collected from the layer that was formed in about eighty thousand years ago and ha

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