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Experimental Investigation on the Compressive Strength of Concrete by Curing With Saline Water and Normal Water

Abstract: The main purpose of this study is to acknowledge and be aware of the dissimilarities of compressive strengths in concrete after being cured by normal and as well as by saline water. Here we will be figuring it out whether there is increment or decrement in compressive strengths and will also be determining whether salinity of water does have any effect on it! By doing this study we can deduce or arrive to a conclusion that how the civil infrastructures nearest to the sea coast would be affected and which measures should be adopted at that condition where there is scarcity of normal water and how can we diminish the consumptions of fresh water in curing using alternatives likes saline water or is there going to be any deleterious impact on concrete we will be witnessing that. Presently, concrete is most widely used construction material due to its good compressive strength and durability. It is estimated that the consumption of concrete in the world is around 12 billion tons every year. The strength and durability of concrete will be fully developed only if it is cured. Curing of concrete structure is essential if it is to perform the intended function over the design life of the structure. Concrete is needed to be provided with moisture for a minimum period of 28 days for good hydration and to attain desired strength. Any laxity in curing will badly affect the strength and durability of concrete. An area like sea side, or the area where saline water is available for the curing, is a scarcity of pure water where curing with normal water is difficult and in cases where large areas like pavements have to be cured. Keywords: Curing, Durability, Strength, Salt, Concrete, Saline water, Compressive Strength