Dimension-reduction homogenization results for thin films have been obtained under hypotheses of periodicity or almost periodicity of the energies in the directions of the mid-plane of the film. In this note, we consider thin films, obtained as sections of a periodic medium with a mid-plane that may be incommensurate, that is, not containing periods other than 0. A geometric almost periodicity argument similar to the cut-and-project argument used for quasicrystals allows to prove a general homogenization result.
A note on the homogenization of incommensurate thin films / Anello, I; Braides, A; Caragiulo, F. - In: MATHEMATICAL METHODS IN THE APPLIED SCIENCES. - ISSN 0170-4214. - 46:14(2023), pp. 15655-15666. [10.1002/mma.9418]
A note on the homogenization of incommensurate thin films
Anello, I;Braides, A
;Caragiulo, F
2023-01-01
Abstract
Dimension-reduction homogenization results for thin films have been obtained under hypotheses of periodicity or almost periodicity of the energies in the directions of the mid-plane of the film. In this note, we consider thin films, obtained as sections of a periodic medium with a mid-plane that may be incommensurate, that is, not containing periods other than 0. A geometric almost periodicity argument similar to the cut-and-project argument used for quasicrystals allows to prove a general homogenization result.File | Dimensione | Formato | |
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