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A Mori--Tanaka mean-field approach for predicting the overall thermoelastic properties of multi-phase composites with given orientation distributions of the inclusion phases is used to study the influence of the inclusion orientation distribution on the effective material properties. The aim of this study is primarily to understand the effects of the inclusion orientations in short-fiber-reinforced...
The influence of inclusion arrangements and shapes on the mechanical and thermomechanical behavior predicted by unit cell descriptions of particle reinforced metal matrix composites is investigated. Three-dimensional cubic geometries, axisymmetric models and plane geometries are compared, and all periodic arrangements of inclusions are shown to display at least some degree of three-dimensional anisotropy...
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