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Showing 1 to 4 of 4 for “"layerwise theory"”.

  1. Layerwise theory for discretely stiffened laminated cylindrical shells

    The Layerwise Shell Theory is used to model discretely stiffened laminated composite cylindrical shells for stress, vibration, pre-buckling and post-buckling analysis. The layerwise theory reduces a three-dimensional problem to a two-dimensional problem by expanding the three-dimensional …

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  2. Finite element analysis of geodesically stiffened cylindrical composite shells using a layerwise theory

    Layerwise finite element analyses of geodesically stiffened cylindrical shells are presented In this work. The layerwise laminate theory of Reddy (LWTR) is developed and adapted to circular cylindrical shells. The Ritz variational method is used to develop an analytical approach for studying the …

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  3. Numerical simulation of damage and progressive failures in composite laminates using the layerwise plate theory

    … is modeled numerically using the Generalized Layerwise Plate Theory (GLPT) of Reddy and a progressive failure algorithm. The Layerwise Theory of Reddy assumes a piecewise continuous displacement field through the thickness of the laminate and therefore has the ability to capture the …

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  4. Three-dimensional layerwise modeling of layered media with boundary integral equations

    … potential energy formulation and employing the layerwise laminate theory of Reddy. A one-dimensional finite element model is used for the analysis of the multi-layered system through its thickness, and integral Fourier transforms are used to obtain the exact solution for the in-plane problem. …

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