Q#4: Define Direct shear test, and explain separately figure 2 in detail given. [Your own wordsBelowPeak shear Dense sandstrengthUitimate shearOc claystrengthShearstressDense sand/OC ClayShear displacementLoose sand/I NC clayLoose sandNC ClayShear displacementPeak shear strength600400 -200Residual shear strength0-Horizontal deformation(%)Dimension of specimen in the direction of shear forceFig kShear stress (kN/m²)uoissauduoExpansion

The Direct Shear Test is a laboratory procedure in geotechnical designing practice and examination…

Q#4: Define Direct shear test, and explain separately figure 2 in detail given. [Your own words Below Dense sand Peak shear Ultimate shear Oc clay strength strength Shear stress Dense sandiOC Clay Shear displacement Loose sand NC clay Loose sandNC Clay Shear displacement Peak shear strength 600 400 200 Residual shear strength Horizontal deformation (%) Dimension of specimen in the direction of shear force Fig þ z ruatetu

Q#4: Define Direct shear test, and explain separately figure 2 in detail given. [Your own words Below Dense sand Peak shear Ultimate shear Oc clay strength strength Shear stress Dense sandiOC Clay Shear displacement Loose sand NC clay Loose sandNC Clay Shear displacement Peak shear strength 600 400 200 Residual shear strength Horizontal deformation (%) Dimension of specimen in the direction of shear force Fig þ z ruatetu

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Question 10 A clay specimen was tested in undrained direct shear, under a normal stress of 50 kPa. The peak shear stress measured was 32 kPa and the critical state shear stress measured was 22 kPa. What is the critical state undrained strength of the clay specimen? Express your answer in kPa, but write only the numeric answer in the text box
Q#4: Define Direct shear test, and explain separately figure 2 i detail given Below Dense sand/OC Clay Shear displacement Loose sand/NC Clay Dense sand/ Peak shear Ultimate shear Oc clay strength strength Shear stress Loose sand/ I NC clay Shear displacement Peak shear strength 400 A 200 Residual shear strength Horizontal deformation Dimension of specimen in the direction of shear force Fig.2 Compression Expansion
Please limit your answers to four decimal places and should be expressed without constants.
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Answer in True Or False