Abstract
Concrete being most utilized development material comprises of solidifying material, fine aggregate, coarse aggregate and required amount of water. Due to rapid growth of infrastructure development activities, the available sources of natural material like sand are getting exhausted at very fast rate. The only way is to search alternative materials. In place of sand, materials like stone dust can be used which possess similar properties like sand. Cement with ground granulated impact heater slag (GGBS) substitution has risen as a significant option in contrast to regular concrete and has quickly drawn the solid business consideration because of its concrete investment funds, vitality reserve funds, and cost reserve funds, natural and financial advantages. In the current test examination an exertion is made to measure the quality of GGBS and stone residue at different substitution levels and assess its efficiencies concerning concrete. The results have demonstrated the positive outcomes with respect to the mechanical properties of concrete.
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