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Effective properties of linear random materials: application to Al/SiC and resin/glass composites
Article de revue scientifique   Avec comité de lecture

Effective properties of linear random materials: application to Al/SiC and resin/glass composites

Serge Dumont et Frederic Lebon
Computational mechanics, Vol.42(5), p.775-786
01/10/2008

Résumé

Mathematics Mathematics, Interdisciplinary Applications Mechanics Physical Sciences Science & Technology Technology
Here we present a statistical study on the effective linear properties of random materials, i.e., microstructures which are random lattices described by a stochastic process. The local numerical procedure associated with the homogenization methods used here was based on a wavelet-element method. The resulting numerical results are compared with those obtained using classical theories. A new approach was developed in order to determine the effective properties in cases where the characteristics of the microstructure are not known.

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