An overdetermined problem with non constant boundary condition
Chiara Bianchini, Antoine Henrot (IECL), Paolo Salani

TL;DR
This paper studies an overdetermined torsion problem with a non-constant boundary condition, establishing existence, regularity, and geometric properties of solutions through shape optimization techniques.
Contribution
It introduces a novel overdetermined problem with non-constant boundary conditions and proves existence, regularity, and geometric characteristics of solutions.
Findings
Existence of solutions established
Regularity results proven
Geometric properties characterized
Abstract
We investigate an overdetermined Torsion problem, with a non-constant positively homogeneous boundary constraint on the gradient. We interpret this problem as the Euler equation of a shape optimization problems, we prove existence and regularity of a solution. Moreover several geometric properties of the solution are shown.
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