Homogenization and continuum percolation
Dimitris Kontogiannis

TL;DR
This paper introduces continuum percolation theory as a new approach to homogenization problems in elliptic equations, aiming to extend results from periodic to ergodic non-periodic domains.
Contribution
It develops a framework for applying continuum percolation to homogenization, broadening the scope beyond periodic settings.
Findings
Extended homogenization results to ergodic non-periodic domains.
Established continuum percolation as a tool for elliptic equations.
Improved understanding of homogenization in complex domains.
Abstract
We propose continuum percolation theory to study homogenization problems of elliptic equations.Our aim is to improve and extend similar results that have been obtained for periodic domains using modeling for non-periodic domains with certain ergodic properties.
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Taxonomy
TopicsAdvanced Mathematical Modeling in Engineering · Advanced Numerical Methods in Computational Mathematics · Composite Material Mechanics
