06-11-2014, 09:38 AM
Abstracts: Concrete is the most widely used man-made construction material in the construction world. It is obtained by mixing cement, aggregates and water in required Proportion. With increase in demand of concrete, more and more new methods and new materials are being developed for production of concrete. The construction industry is the largest consumer of natural resources which led to depletion of good quality natural sand (Fine aggregates). This situation led us to explore alternative materials and granular slag a waste industrial byproduct is one such material identified for utilization it as replacement of natural sand. This project presents the workability study of concrete with GBS as replacement material for natural sand have without the addition of Super plasticizer Concrete grades of M30 been taken for the work. The mixes were designed using IS Code method. GBS replacement adopted was 0% to 100% in Step By Step. The workability of Concrete Were Measure Using Slump Test. GGBS particularly soils useful in basements, denser, lower permeability, more watertight, and extra protection against aggressive groundwater. Also calculate the compressive, split tension, flexure strength in different percentage in different days. We present the various study of the workability of concrete with GBS as replacement material for natural sand. This project we get economical, eco-friendly, durable, workable and getting strength with saving loss of natural sources