Flexural Behavior of Composite Ring Stiffened by GFRP and Steel Pipe

Abstract

Flexural Behavior of Composite Ring Stiffened by GFRP and Steel Pipe GFRP;Composite ring;Yield load;Crack load;Ultimate load;ABAQUS; The flexural behavior of composite ring stiffened by GFRP and steel pipe is presented in this paper. The effective width is required to construct FEM beam element model to verify the composite flexural behavior of stiffened ring of cylindrical shell structure. The experimental results are compared with the theoretical and FEM results by commercial program ABAQUS to verify the effective width coefficient. The yield, crack and ultimate loads is calculated using theoretical strains that varies depending on yield state and compared with experiment result and FEM results by ABAQUS solid model.