Study Of Shear Behavior Of Sand Blended With Silt

The Major Project On STUDY OF SHEAR BEHAVIOUR OF SAND BLENDED WITH SILT. Submitted In Partial Fulfillment For The Award Of The Degree Of MASTERS OF TECHNOLOGY IN CIVIL ENGINERING With Specialization In GEOTECHNICAL ENGINEERING By Arvind Kumar (Roll No. 2K13/GTE/04) Under The Guidance Of Prof. A. K. Sahu Department of Civil Engineering Delhi Technological University, Delhi Department Of Civil Engineering Delhi Technological University, Delhi-110042, 2015 DELHI TECHNOLOGICAL UNIVERSITY, DELHI CERTIFICATE This is to certify that the major project-2 report entitled â€Å"STUDY OF SHEAR BEHAVIOUR OF SAND BLENDED WITH SILT† is a bona fide record of work carried out by Arvind Kumar (Roll No. 2K13/GTE/04) under my guidance and supervision, during the session 2015 in the partial fulfillment of the requirement for the degree of Master of Technology (Geotechnical Engineering) from Delhi Technological University, Delhi. The work embodied in this major project has not been submitted for the award of any other degree to the best of our knowledge. Prof. A. K. Sahu Department of Civil Engineering Delhi Technological University, Delhi Delhi-110042 ABSTRACT The structure derived from compacting the soil at different water contents and energy levels can have a substantial effect on its shear strength. While the shear strength can be estimated based on the saturated shear strength parameters and theShow MoreRelatedA Study of Mix Design of Concrete Hollow Blocks Using Crushed Powder Like Glass as Supplementary Aggregates9878 Words   |  40 PagesChapter I Introduction Concrete has been used in the construction industry for centuries. A typical concrete is a mixture of fine aggregate (sand), coarse aggregate (rock), cement, and water. Nowadays the usage of concrete is increasing from time to time due to the rapid development of construction industry.Today, there are many ways to enhance the quality and properties of concrete. One of the technological advances in improving the quality of concrete is Self-Consolidating Concrete. Self-Consolidating