Experimental Study On Mechanical Behavior Of Roof Panel Using Steel Fibre With Alkaline Solution

Abstract: Various fibres have been used to reinforce concrete to enhance properties of cement. This review critically analyses the use of different natural and synthetic fibres, the treatments done on some of them to be used in concrete, their strength and weaknesses to be used for such applications. Accelerated and natural weathering of bagasse reinforced cement composite roof panel were studied. Since natural fibres are available in abundant quantities in many developing countries, more elaborate research should be directed toward the various problems associated with the use of these fibres. In this paper, the durability of natural fibres such as sugarcane bagasse used as roofing sheets has been reported by conducting an experimental investigation. This investigation includes determination of mechanical strength properties such as compressive, tensile, modulus of rupture and flexural properties of the roof panel. In addition, it was found that addition sugarcane bagasse fibre achieved strength and durability properties. This research therefore recommends the use of 5% fibre content with M35 grade of concrete, also test results for compression, flexural and impact test results with comparison of conventional concrete. Keywords: Experimental Study, Mechanical Behavior, Roof Panel, Steel Fibre, Alkaline Solution