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Statistics of Internal Structure of a Granular Pile Generated by the Particle Expansion Method

Lo, CY; Bolton, MD; Cheng, YP; (2010) Statistics of Internal Structure of a Granular Pile Generated by the Particle Expansion Method. In: Munjiza, A, (ed.) Discrete Element Methods Simulations of Discontinua: Theory and Application. (pp. 300 - 305). Queen Mary, University of London: London.

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Abstract

We present a systematic investigation of the influence of a common sample preparation method (Particle Expansion Method) has on the mechanical and structural properties of granular packings. The method produces distinctively different attributes from natural sedimentary samples, in terms of both the contact force distributions at small forces and the geometric internal ordering. The artificial fabric induced by this technique may pose serious implications in the accurate modelling of granular matter which are often overlooked by DEM users.

Type:Proceedings paper
Title:Statistics of Internal Structure of a Granular Pile Generated by the Particle Expansion Method
Event:5th International Conference on Discrete Element Methods
Location:London
Dates:2010-08-25 - 2010-08-26
ISBN-13:978-0-9551179-8-5
UCL classification:UCL > School of BEAMS > Faculty of Engineering Science > Civil, Environmental and Geomatic Engineering

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