An elementary proof of the Vigdergauz equations for a class of square symmetric structures
Abstract
For a periodically perforated structure, for which homogenization takes place in the linear theory of elasticity, the components of the effective elasticity tensor depend in general on the geometry of the holes as well as on the local elastic properties. These dependencies were shown by Vigdergauz in [7] to be separated in an elementary way for one particular class of structures. The original proof of this relation made use of the lattice approach to describe periodic functions using complex variables. In this paper we present a proof of the so-called Vigdergauz equations for a related class of square symmetric structures. Our proof relies solely on the fundamental theorem of real variable calculus. The differences between the two mentioned classes of structures are nontrivial which makes our result a partial generalization as well.
Keywords
Cite
@article{arxiv.1204.6419,
title = {An elementary proof of the Vigdergauz equations for a class of square symmetric structures},
author = {Dag Lukkassen and Annette Meidell and Klas Pettersson},
journal= {arXiv preprint arXiv:1204.6419},
year = {2012}
}
Comments
12 pages, 2 figures