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Globally, the concrete is the vastly used material in the construction sector. It is a product of naturally available materials with the some chemical processes that generates solid waste, and GHG gases from the factory that pollutes soil, air and water. The demand for cement is gradually rising due to urbanization, industrialization and modernizations, and augmented it is short supply. The sustainable partial or fully replaced products used for replacement of cement is to be invented to obtain from recycled wastes and must be non-pollutant of atmosphere and ecofriendly. Researches must be made with the low cost waste materials like red mud, GGBS, fly ash and many others. The present research is the ousting element sugarcane bagasse ash (SCBA) as a partial replacement of cement. To improve the tensile properties of concrete, attempts are made to add small closely space out and evenly discrete natural organic Siyalifibre with the SCBA concrete which can provide better properties to concrete like crack remover and mends some static/dynamic characteristics of concrete. The concrete composites made from SCBA and Sialifibre are both environment friendly materials having both cementing and fibre reinforcing properties. Present Original Research Article Behera et al.; JSRR, 26(7): 107-118, 2020; Article no.JSRR.61298 108 study is to prepare of a concrete composite with a mix design of M40 grade and study compressive, tensile and split tensile strengths. The study should try with a composite concrete with Sialifibre and SCBA at various proportions and verify its crack resistant and strength improving/ deteriorating properties. For the present work of concrete, it is found to be advantageous with 10% ,20% SCBA with a partial substitute of cement and Siyali Fiber at various dosages like 0%, to 2.0% with increment of 0.5%added to cement volume.

Toughness Factors Reflections ONM-40 CC by Part Ousting Cement by SCBA & Adding Siyali fibre