English

Stable domains for higher order elliptic operators

Optimization and Control 2023-07-17 v1

Abstract

This paper is devoted to prove that any domain satisfying a (δ0,r0)(\delta_0,r_0)-capacity condition of first order is automatically (m,p)(m,p)-stable for all m1m\geqslant 1 and p1p\geqslant 1, and for any dimension N1N\geqslant 1. In particular, this includes regular enough domains such as C1\mathscr{C}^1-domains, Lipchitz domains, Reifenberg flat domains, but is weak enough to also includes cusp points. Our result extends some of the results of Hayouni and Pierre valid only for N=2,3N=2,3, and extends also the results of Bucur and Zolesio for higher order operators, with a different and simpler proof.

Cite

@article{arxiv.2307.07217,
  title  = {Stable domains for higher order elliptic operators},
  author = {Jean-François Grosjean and Antoine Lemenant and Rémy Mougenot},
  journal= {arXiv preprint arXiv:2307.07217},
  year   = {2023}
}
R2 v1 2026-06-28T11:30:16.118Z