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A direct modeling strategy to predict the effective moduli of composite materials based on the finite element method is investigated. The model is constructed from equal-size domains, which are then assigned with material labels to distinguish constituent phases. The effects of the size of the domains and their further refinement (element density) on the predictions of the effective elastic moduli...
The increasing interest in micro-electromechanical systems (MEMS) has raised the requirement for novel composite materials with improved material properties. A direct modeling strategy for the prediction of the effective moduli of composite materials based on finite element method (FEM) is investigated in this paper. A specimen model in FEM is firstly meshed into small indiscriminating domains, which...
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