Abstract:Abstract. We study asymptotic behaviors near the boundary of complete metrics of constant curvature in planar singular domains and establish an optimal estimate of these metrics by the corresponding metrics in tangent cones near isolated singular points on boundary. The conformal structure plays an essential role.
“…This is partly due to the diversity of singularity and complexity of the relevant geometric problems. The first two authors studied the asymptotic behaviors of solutions of the Liouville equation in [5] and solutions of the Loewner-Nirenberg problem in [6] in singular domains and proved that the solutions are well approximated by the corresponding solutions in tangent cones at singular points on the boundary.…”
We study asymptotic behaviors of solutions f to the Dirichlet problem for minimal graphs in the hyperbolic space with singular asymptotic boundaries under the assumption that the boundaries are piecewise regular with positive curvatures. We derive an estimate of such solutions by the corresponding solutions in the intersections of interior tangent balls. The positivity of curvatures plays an important role.
“…This is partly due to the diversity of singularity and complexity of the relevant geometric problems. The first two authors studied the asymptotic behaviors of solutions of the Liouville equation in [5] and solutions of the Loewner-Nirenberg problem in [6] in singular domains and proved that the solutions are well approximated by the corresponding solutions in tangent cones at singular points on the boundary.…”
We study asymptotic behaviors of solutions f to the Dirichlet problem for minimal graphs in the hyperbolic space with singular asymptotic boundaries under the assumption that the boundaries are piecewise regular with positive curvatures. We derive an estimate of such solutions by the corresponding solutions in the intersections of interior tangent balls. The positivity of curvatures plays an important role.
“…where a j is a smooth function, ϕ 0 is a defining function of the domain, the function u m ∈ C m (Ω), and m is an integer greater than N . Similar expressions were given in [1,11] for the Loewner-Nirenberg problem, in [5,7] for the analysis of the boundary conformal structure, and in [9] for equations from a conformal anomaly of submanifold observables. In [10], a similar formula was proved for minimal graphs in the hyperbolic space.…”
In this paper we establish an asymptotic expansion near the boundary for solutions to the Dirichlet problem of elliptic equations with singularities near the boundary. This expansion formula shows the singularity profile of solutions at the boundary. We deal with both linear and nonlinear elliptic equations, including fully nonlinear elliptic equations and equations of Monge-Ampère type.
“…Consider the case that near a boundary point, say the origin, Ω coincides with the first quadrant in R 2 near the origin. We check that u T = log( 1 2 r sin(2θ)) = log( 1 [11], and satisfies…”
Section: Singular Planer Case Under Polar Coordinatesmentioning
confidence: 99%
“…The case when ∂Ω is singular was studied by del Pino and Letelier [7], Marcus and Veron [18], and Han and Shen [12]. See also Han and Shen [11] for the Liouville's equation in planar singular domains.…”
We study the boundary behavior of solutions to the Loewner-Nirenberg problem in domains with conic singularities. To analyze the boundary behavior of solutions with respect to multiple normal directions, we first derive certain eigenvalue growth estimates for singular elliptic operators.
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