Experimental Study on Strength and Durability of Concrete with Partial Replacement of Cement with Granite Slurry and Aggregates with Quartz Stone

Abstract

Durability of concrete is controlled by its capacity to oppose enduring activity, chemical attack, scraped spot, or some other cycle of crumbling, and will hold its unique structure, quality, and serviceability when presented to its current circumstance. Solid concrete is a consequence of appropriate plan, proportioning, placement, completing the process of, testing, review, and relieving. India is second biggest shopper of cement after china. However, these days Cement enterprises produce about 10% of the world's carbon dioxide which influences the climate and cause irregularity in the biological system. The surprising expansion in foundation in India has made Indians the best customers of building materials, where the issue of durability over strength is basic. Massive amounts of slurry and quartz are collected as a result of massive amounts of granite and quartz stone manufacture. The ecology is harmed in several ways by the haphazard disposal of this debris. The use of this trash might help to tackle both the problem of waste creation and the problem of natural resource shortage. An exploratory assessment was attempted in this work to examine the durability of M40 grade concrete using granite slurry as cement and quartz as coarse aggregates. Workability, compressive strength, acid attack, alkaline attack, chloride attack, sulfate attack, Rapid chloride test, and porousness test discoveries of concrete are surveyed for 56 and 84 day cubes separately.