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Main Authors: Araújo, Damião J., Teymurazyan, Rafayel, Urbano, José Miguel
Format: Preprint
Published: 2024
Subjects:
Online Access:https://arxiv.org/abs/2402.11536
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author Araújo, Damião J.
Teymurazyan, Rafayel
Urbano, José Miguel
author_facet Araújo, Damião J.
Teymurazyan, Rafayel
Urbano, José Miguel
contents We study minimizers of non-differentiable functionals modeled on the degenerate quenching problem. Our main result establishes the finiteness of the $(n-1)-$dimensional Hausdorff measure of the free boundary. The proof is based on optimal gradient decay estimates obtained from an intrinsic Harnack-type inequality, along with a detailed analysis in a flatness regime, where minimizers enjoy improved regularity. Our arguments provide an alternative proof of classical results of Phillips and, although developed in the degenerate setting, also offer insights relevant to the singular case.
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institution arXiv
publishDate 2024
record_format arxiv
spellingShingle Geometric properties of free boundaries in degenerate quenching problems
Araújo, Damião J.
Teymurazyan, Rafayel
Urbano, José Miguel
Analysis of PDEs
We study minimizers of non-differentiable functionals modeled on the degenerate quenching problem. Our main result establishes the finiteness of the $(n-1)-$dimensional Hausdorff measure of the free boundary. The proof is based on optimal gradient decay estimates obtained from an intrinsic Harnack-type inequality, along with a detailed analysis in a flatness regime, where minimizers enjoy improved regularity. Our arguments provide an alternative proof of classical results of Phillips and, although developed in the degenerate setting, also offer insights relevant to the singular case.
title Geometric properties of free boundaries in degenerate quenching problems
topic Analysis of PDEs
url https://arxiv.org/abs/2402.11536