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Simple Shear Testing of Sand a Novel Approach

Vamsi Kalyan Veerla, K. Srinivas, Kommu Suresh

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Abstract

In the modern day engineering testing most widely employed testing facilities are muffled cylinder, direct shear testing and direct simple shear apparatuses. Majority number of experimental data available is obtained by using these accommodations under various loading conditions. Nevertheless, there is one striking constraint in the experiments especially like in direct shear test, where the soil is allowed to be sheared along a single predetermined plane. Soil testing for the study of stress-strain-strength relationships for one directional loading. (Loading conditions, Stress-strain properties, Drainage conditions, Shear modulus, Creep test). To understand the effect of inequalities in the stress distribution for direct shear test in soils, in the present study the simple shear testing is utilized. The behavior of the soil when additional failure planes which is more than one as in the traditional direct shear testing methods is also observed in the current study. Keywords: Simple Shear, Direct Shear Test, Normal Stress, Shear box, Displacement

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What this paper is about

In the modern day engineering testing most widely employed testing facilities are muffled cylinder, direct shear testing and direct simple shear apparatuses. Majority number of experimental data available is obtained by using these accommodations under various loading conditions. Nevertheless, there is one striking constraint in the experiments especially like in direct shear test, where the soil is allowed to be sheared along a single predetermined plane. Soil testing for the study of stress-strain-strength relationships for one directional loading. (Loading conditions, Stress-strain properties, Drainage conditions, Shear modulus, Creep test). To understand the effect of inequalities in the stress distribution for direct shear test in soils, in the present study the simple shear testing is utilized. The behavior of the soil when additional failure planes which is more than one as in the traditional direct shear testing methods is also observed in the current study. Keywords: Simple Shear, Direct Shear Test, Normal Stress, Shear box, Displacement

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Available abstract

In the modern day engineering testing most widely employed testing facilities are muffled cylinder, direct shear testing and direct simple shear apparatuses. Majority number of experimental data available is obtained by using these accommodations under various loading conditions. Nevertheless, there is one striking constraint in the experiments especially like in direct shear test, where the soil is allowed to be sheared along a single predetermined plane. Soil testing for the study of stress-strain-strength relationships for one directional loading. (Loading conditions, Stress-strain properties, Drainage conditions, Shear modulus, Creep test). To understand the effect of inequalities in the stress distribution for direct shear test in soils, in the present study the simple shear testing is utilized. The behavior of the soil when additional failure planes which is more than one as in the traditional direct shear testing methods is also observed in the current study. Keywords: Simple Shear, Direct Shear Test, Normal Stress, Shear box, Displacement

Key concepts: Direct shear test, Simple shear, Shear modulus, Shear (geology), Geotechnical engineering, Triaxial shear test, Shear stress, Shear rate

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