We look for solutions of (-) s u + f (u) = 0 s u+f(u)=0 in a bounded smooth domain Ω, s ϵ (0,1) sin(0,1), with a strong singularity at the boundary. In particular, we are interested in solutions which are L 1 (Ω) L 1(Ω) and higher order with respect to dist (x, Ω) s - 1 dist (x, Ω) s-1. We provide sufficient conditions for the existence of such a solution. Roughly speaking, these functions are the real fractional counterpart of large solutions in the classical setting.
Abatangelo N. (2017). Very large solutions for the fractional Laplacian: Towards a fractional Keller-Osserman condition. ADVANCES IN NONLINEAR ANALYSIS, 6(4), 383-405 [10.1515/anona-2015-0150].
Very large solutions for the fractional Laplacian: Towards a fractional Keller-Osserman condition
Abatangelo N.
2017
Abstract
We look for solutions of (-) s u + f (u) = 0 s u+f(u)=0 in a bounded smooth domain Ω, s ϵ (0,1) sin(0,1), with a strong singularity at the boundary. In particular, we are interested in solutions which are L 1 (Ω) L 1(Ω) and higher order with respect to dist (x, Ω) s - 1 dist (x, Ω) s-1. We provide sufficient conditions for the existence of such a solution. Roughly speaking, these functions are the real fractional counterpart of large solutions in the classical setting.| File | Dimensione | Formato | |
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