ANALYSIS TECHNIQUESAND PERFORMANCE OF R.C.C POLYMER COMPOSITES

Different compositematerial are widely used in Civil Engineering. The purpose of the present study is to discuss different analysis techniquesfor composite material like Delamination, Generalised differentialQuadrature method and RCC Polymer composite like Fibre Reinforced Polymer and Glass Fibrecomposites. Delamination is subjected to reinforced cement corrosion,in which the volume of the reinforcement of the oxidised metal is greater in volume than the original metal.Generalised differential Quadrature method is an accurate, efficientand simple numerical technique forcomposite structural analysis. Glass Fibrecompositeisa strong light weight material, its bulk strength and weight are also better than many metals.Glass fibreis extensively used for making FRP Tanks and Vessels.Fibre reinforced polymer is a complex made of polymer matrix reinforced with fibres. Glass and carbon are the usual fibres.For any kind of design program which requires weight reduction, exactitudeengineering, finite tolerances, and the clarification of parts in both production and operation, fibre reinforced plastics are the best option.The strengthening systems engagedsignificantly upgrade the flexural as well as shear behaviour of the beams in terms of ductility and failure characteristics. Generalised differentialQuadrature methodproved to have several advantages such as stability, accuracy and easy implementation.