Plastic Fluid Flow Parameters Identification Using a Simple Squeezing Test

Author:

Roussel Nicolas,Lanos Christophe

Abstract

Abstract In this paper after a presentation of the compression test and its classical references in the rheological literature a behaviour parameter identification method is introduced using simple compression tests on concentrated geo-suspensions with a plastic fluid behaviour. The obtained theoretical test response is validated for several materials (natural soils, Kaolin clay …). It is also compared with previous solutions obtained by other authors to show that most existing solutions miss one or more terms. Elements are also given on two types of test response perturbations: the induced heterogeneity in the case of slow tests (consolidation phenomena) and the fragmentation of the outer part of sample (granular paste breakings). Finally, compression test results for a nano silica paste are presented as a example and treated as an application of the test exploitation method.

Publisher

Walter de Gruyter GmbH

Subject

Condensed Matter Physics,General Materials Science

Reference11 articles.

1. The yield stress a review or " panta rei everything flows ? of Non - New - tonian Fluid Mechanics;Barnes;Journal,1999

2. A finite element analysis of the squeeze flow of an elas - to - viscoplastic paste material of Non - Newtonian fluid mechanics;Adams;Journal,1997

3. Flow of Bingham fluids in complex geometries of Non - New - tonian Fluid Mechanics;Lipscomb;Journal,1984

4. Squeeze - film rheometry of non - uniform mudcakes of Non - Newtonian Fluid;Sherwood;Journal Mechanics,1991

5. Theory and application of the parallel - plate plastimeter Rubber;Scott;Trans Inst Ind,1931

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