Significance of Particle Crushing in Granular Materials
- 1 April 1996
- journal article
- Published by American Society of Civil Engineers (ASCE) in Journal of Geotechnical Engineering
- Vol. 122 (4) , 309-316
- https://doi.org/10.1061/(asce)0733-9410(1996)122:4(309)
Abstract
Particle breakage occurs when the stresses imposed on soil particles exceed their strength. To quantify the amount of breakage, many particle breakage factors have been proposed. Correlations of particle breakage parameters with standard soil parameters such as effective mean normal stress at failure and void ratio at failure do not provide a fully unified correlation with many different types of tests. However, particle breakage factors appear to correlate very well with the total energy input into the test specimen, thus providing a single unifying parameter for all types of soil tests. Therefore, the amount of particle crushing may be predicted if the stresses and strains in the soil can be estimated, such as in a finite-element analysis. The principal significant use of these particle breakage factors may be related to permeability estimates when there are changes in gradation due to particle breakage. A new particle breakage factor, B 10 , is proposed that will allow easy permeability computations wh...Keywords
This publication has 20 references indexed in Scilit:
- High-Pressure Triaxial Tests on a Compacted Sand and an Undisturbed SiltPublished by ASTM International ,2009
- Triax1al Testing with Large-Scale High Pressure EquipmentPublished by ASTM International ,2009
- Effects of Strain Rate on Instability of Granular SoilsGeotechnical Testing Journal, 1993
- A Grading Equation for Decomposed Granite SoilSoils and Foundations, 1990
- Triaxial Testing of Granular Soil Under Elevated Cell PressurePublished by ASTM International ,1988
- Cyclic Strength of Undisturbed Sands Obtained by a Piston SamplerSoils and Foundations, 1979
- Errors in Simulating Excavation in Elastic Media by Finite ElementsSoils and Foundations, 1973
- Plane Strain Deformation of Granular Material at Low and High PressuresGéotechnique, 1969
- Compressibility And Crushing Of Granular Soil In Anisotropic Triaxial CompressionCanadian Geotechnical Journal, 1967
- The Strength of Soils as Engineering MaterialsGéotechnique, 1966