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Abstract-
The report begins from the need to recognize strategies, materials and methods that can add to the fortifying of the reinforced solid structures. Fiber reinforced polymer (FRP) application is an exceptionally powerful approach to repair and fortify structures that have turned out to be fundamentally wasteful over their life expectancy. CFRP stripes are new carbon-based composite materials that can join remotely to solid slabs. These high quality materials enhance the twisting conduct of slabs. The principle goal of the examination, portrayed in the report, is the investigation of the reaction conduct of retrofitted reinforced solid slabs with CFRP stripes. In this report a roundabout RC slab is demonstrated utilizing a 3D displaying programming called SOLIDWORKS. PC based examination programming called ANSYS is utilized to play out the misshaping trial of different round RC slabs with or without openings. The 3D model of the RC slabs is transported in to ANSYS programming to do the Finite Element displaying. Lattice is finished utilizing ANSYS programming and tests are performed to approve the outcomes with the hypothetical examination. Likewise change the CFRP strips material with GFRP material to diminish the cost of the item. In light of the cost of GFRP material is less when contrasted with the CFRP material. And furthermore drop in pressure and misshaping in the RC slab.