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An efficient multiscale finite element method is developed for large deflection analysis of thin-walled composite structures with complicated microstructure characteristics. The multiscale base functions are reconstructed to consider the coupling effects of thin-walled composite structures by introducing some additional coupling terms among translations and rotations. For the construction of multiscale...
Based on the theoretical framework of the extended multiscale finite element method, an efficient multiscale finite element method is developed for small-deflection analysis of thin composite plates with aperiodic microstructure characteristics. First of all, the decoupling displacement boundary conditions for deflections and rotations are reconstructed based on their coupled displacement modes of...
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