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There are so many modern construction materials (MCM) have been used in civil engineering construction based on their physical, chemical and mechanical properties. In this research modern construction materials have been used in the form of powder and ash included with fibres produced from industrial wastes and from agricultural wastes. In this regard, basic construction materials without them nothing can be started to construct but now-a-days these all are like cement, sand and aggregates are very costly materials so they may be partially replaced by percentage wise using industrial and agricultural waste materials for economical development and for the growth of the country. In this research paper an experimental analysis on Flexural strength of concrete beams has been conducted using silica fume & fly ash as a partial replacement material of cement in concrete including coconut fibre including admixture which have not been observed and determined in past till now. Admixture is added to increase the setting time of cement, workability of concrete and to improve the compressive and flexural strength of concrete. Grade of concrete has been kept constant as M-30 in all such kind of experimental research work. It is found that flexural strength has been increased by using silica fume including coir fibre with Admixture as compared to Fly Ash including coir fibre with admixture.

An Experimental Analysis on Flexural Strength of Concrete Beams using Silica Fumes & Fly ash including Coir Fibre with Admixture