Design and Analysis of Composite Material Strengthing Technique For Structures

Abstract

The Carbone Fiber reinforcement polymer has a wide range of application in the modern world; one of them is to be strengthening of Mechanical and civil structure. In this thesis, an analytical formulation is presented to analyze multilayered beam. Using equilibrium equation and compatibility condition stress function are derived for various boundary condition of the beam. The results are obtain form analytical method are compared with FEA. Static structure analysis of the beam element carried out with the bottom plane wrapped by CFRP is to be checked for deformation. Model generation and analysis attempted in ANSYS for beam wrapped at the bottom by two CFRP layer's and check displacement of the beam at Different loading condition. Also a beam checks under exural behavior (shear). Preparing structural models of beam (concrete) and provide layers of CFRP with suitable thickness. Static structural analysis of carbon Fiber composite laminates is performed with the concrete using FEA package.