2019
DOI: 10.48550/arxiv.1903.00787
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Maximal hypersurfaces over exterior domains

Abstract: In this paper, we study the exterior problem for the maximal surface equation. We obtain the precise asymptotic behavior of the exterior solution at infinity. And we prove that the exterior Dirichlet problem is uniquely solvable given admissible boundary data and prescribed asymptotic behavior at infinity.

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“…In particular, it holds for H = 0 and, in such a case, gives the existence of a maximal hypersurface on the exterior domain Ω c . Previous existence (and uniqueness, with respect to a given asymptotic profile) results for the Dirichlet problem of maximal graphs on an exterior domain of the Minkowski spacetime have been recently obtained in [30]. Existence and multiplicity results for radial solutions outside a ball, with homogeneous boundary condition, have been obtained in [42] for a separable-variables H which is also radial in the x variable.…”
Section: Introduction and Statement Of The Resultsmentioning
confidence: 99%
“…In particular, it holds for H = 0 and, in such a case, gives the existence of a maximal hypersurface on the exterior domain Ω c . Previous existence (and uniqueness, with respect to a given asymptotic profile) results for the Dirichlet problem of maximal graphs on an exterior domain of the Minkowski spacetime have been recently obtained in [30]. Existence and multiplicity results for radial solutions outside a ball, with homogeneous boundary condition, have been obtained in [42] for a separable-variables H which is also radial in the x variable.…”
Section: Introduction and Statement Of The Resultsmentioning
confidence: 99%