Civil Engineering / Environmental / Architecture / Planning Session:

Title:            Nonlinear Finite Element Bending Analysis of Composite Cylindrical Panels
Authors:       S. N. Patel
Abstract:     This paper deals with the geometric nonlinear bending response of laminated composite cylindrical panels subjected to transverse loading. The eight-noded degenerated shell element with five degrees of freedom per node is adopted in the present analysis to model the composite cylindrical panels. The Green-Lagrange strain displacement relationship is adopted to formulate the matrices. The total Lagrangian approach is taken in the formulation. The arc-length method of solution is adopted in tracing the equilibrium path. The results by this method are compared with the available results and the conclusions are made.

Keywords:   Degenerated shell element, nonlinear analysis, Green-Lagrange nonlinearity, Cylindrical Panels, Arc-length method, laminated composite.
Pages:           119-123

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