Homogenisation of parabolic/hyperbolic media
Sebastian Franz, Marcus Waurick

TL;DR
This paper investigates the homogenisation of media with rapidly oscillating coefficients that switch between parabolic and hyperbolic states, providing theoretical convergence results, a numerical method, and a computational study.
Contribution
It introduces a homogenisation framework for media alternating between parabolic and hyperbolic types, including convergence proofs and a numerical approximation approach.
Findings
Proved convergence of the homogenisation process.
Developed a numerical method for approximating the homogenised equations.
Conducted a numerical study demonstrating the effectiveness of the approach.
Abstract
We consider an evolutionary problem with rapidly oscillating coefficients. This causes the problem to change frequently between a parabolic and an hyperbolic state. We prove convergence of the homogenisation process in the unit square and present a numerical method to deal with approximations of the resulting equations. A numerical study finalises the contribution.
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Taxonomy
TopicsAdvanced Mathematical Modeling in Engineering · Composite Material Mechanics · Advanced Numerical Methods in Computational Mathematics
