Study On Shear Strength Parameters Of Clayey Soil Of Sabarkantha Region Of Gujarat (With Relative Compaction)
Downloads
Different types of clayey soil available in sabarkantha region which have multiple behavior for soil structure. Understanding the behavior of clay is not easy, as slight variations in the existing conditions. The strength behavior of clayey soil can be interpreted from its relative compaction and mean confining pressure. In this clayey soil, high percent of (silt+clay) and less percent of sand content available, which pose major problem to soil structure. From this work, we can evaluate the effect of relative compaction on Shear strength parameters c and Ø of clayey soil. In this whole, experimental work carried out for sand+ 20%(silt+clay), sand+ 30%(silt+clay)and sand+ 40%(silt+clay).Unconsolidated un-drained triaxial test performed for 34.43kPa, 68.97kPa and 103.40kPa. 85%, 90%, 95 and 100% relative compaction considered
Sadanand Ojha and Ashutosh Trivedi
“Shear strength parameters for Silty-sand
using Relative compaction. EJGE, Vol. 18
(2013), Bund. A
Mohammad S. Pakbaz and Ali Siadati
Moqaddam “Effect of sand Gradation on
the behaviour of Sand-clay mixture”.
International journal of Geomate , Vol. 3,
Sept 2012
IS 2720 (Part 4)-1985 “Grain size
analysis”.
IS 2720(part 5)-1985 “Determination of
liquid and plastic limit”,
IS 2720 (part 7)-1980 “Determination of
water content-dry density relation using
light compaction”.
IS 2720 (part 11)-1993 “Determination of
the shear strength parameters of a specimen
tested in unconsolidated undrained Triaxial
compression without the measurement of
pore water pressure.
NPTEL-Civil-Geo-environmental
engineering.
Handbook for un-drained un-consolidation
Tri-axial test
Bernard ofosu , Seth o. nyako & Dr.cfa
akayuli , Kwabena o.opuni “The influence
of observed clay content on shear strength
and compressibility of residual sandy soils”
International journal of Engineering
research and application (IJERA), volume-
, Jul-Aug 2013
castellanos b.A and Brandon t . L “A
comparison between the shear strength
measured with direct shear and triaxial
devices on undisturbed and remolded soil”
Technical committee 101-session-2, 18th
international conference on soil mechanics
and geotechnical engineering, paries 2013.
All Content should be original and unpublished.