Large-Scale Simulations of Foamed Glass Aggregate for Geotechnical Design Parameters

Aminpour, Peyman; Sjoblom, Kurt J.; Yeom, Seungcheol; Swan, Robert H.; Filshill, Archie; Stark, Timothy D.

doi:10.1061/9780784481585.021

Ifcee 2018 2018

DOI: 10.1061/9780784481585.021

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Large-Scale Simulations of Foamed Glass Aggregate for Geotechnical Design Parameters

Peyman Aminpour

Kurt J. Sjoblom

Seungcheol Yeom

et al.

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2019

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Multi-scale modelling of kaolinite triaxial behaviour

Aminpour

Sjoblom

2019

Géotechnique Letters

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To understand the relationship between microscopic variables and macroscopic engineering properties of kaolinite particles, a molecular dynamics simulation of triaxial shear tests was developed. The calculations were based on a coarse-grained representation of kaolinite particles, considering the action of Derjaguin–Landau–Vervey–Overbeek forces and the granular interactions. The objective of this study was to provide an understanding of the micro- to macro-linkage of mechanical properties through the development of a versatile numerical framework to accurately duplicate the interactions between clay particles and to study the three-dimensional mechanical behaviour of granular matters. To understand the capabilities of the method, several computer simulations of the periodic true triaxial compression and extension tests of both isotropically and one-dimensionally consolidated specimens were carried out.

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Multi-scale modelling of kaolinite triaxial behaviour

Aminpour

Sjoblom

2019

Géotechnique Letters

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Large-Scale Simulations of Foamed Glass Aggregate for Geotechnical Design Parameters

Cited by 1 publication

References 27 publications

Multi-scale modelling of kaolinite triaxial behaviour

Multi-scale modelling of kaolinite triaxial behaviour

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