Journal
ADVANCES IN CALCULUS OF VARIATIONS
Volume 15, Issue 3, Pages 351-368Publisher
WALTER DE GRUYTER GMBH
DOI: 10.1515/acv-2019-0083
Keywords
Homogenization; convolution functionals; perforated domains; extension theorem; non-local energies
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Funding
- MIUR Excellence Department Project [CUP E83C18000100006]
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In this article, we prove a homogenization theorem for quadratic convolution energies defined in perforated domains. The limit of the corresponding energy is a Dirichlet-type quadratic energy, whose integrand is defined by a non-local cell-problem formula. The proof relies on an extension theorem that applies to a wide class of domains containing compact periodic perforations.
We prove a homogenization theorem for quadratic convolution energies defined in perforated domains. The corresponding limit is a Dirichlet-type quadratic energy, whose integrand is defined by a non-local cell-problem formula. The proof relies on an extension theorem from perforated domains belonging to a wide class containing compact periodic perforations.
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