We provide a homogenization result for the energy-functional associated with a purely brittle composite whose microstructure is characterized by soft periodic inclusions embedded in a stiffer matrix. We show that the two constituents as above can be suitably arranged on a microscopic scale $arepsilon$ to obtain, in the limit as $arepsilon$ tends to zero, a homogeneous macroscopic energy-functional explicitly depending on the opening of the crack.

A bridging mechanism in the homogenization of brittle composites with soft inclusions

BARCHIESI, MARCO;
2016-01-01

Abstract

We provide a homogenization result for the energy-functional associated with a purely brittle composite whose microstructure is characterized by soft periodic inclusions embedded in a stiffer matrix. We show that the two constituents as above can be suitably arranged on a microscopic scale $arepsilon$ to obtain, in the limit as $arepsilon$ tends to zero, a homogeneous macroscopic energy-functional explicitly depending on the opening of the crack.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11368/2955311
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