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                <desc>Homogenization of a micro-structured material with a large contrast in conductivity properties: numerical determination of a memory effect.Homogenization methods allow the multiscale modelling of heterogeneous materials possessing a microstructure. More precisely, they lead to the determination of averaged macroscopic properties. When the microstructure is largely heterogeneous, the macroscopic model may change in nature. Herein, a thermal problem with a large contrast in conductivity leads to a non-locality in time (memory effect). The associated material properties can also be determined with a transient periodic computation on a small scale cell. This picture illustrates this back in time transient solution on one phase of the microstructure.</desc>
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