• Corpus ID: 233481532

$L^1$-Theory for reaction-diffusion Hele-Shaw flow with linear drift

@inproceedings{Igbida2021L1TheoryFR,
title={\$L^1\$-Theory for reaction-diffusion Hele-Shaw flow with linear drift},
author={Noureddine Igbida},
year={2021}
}
Abstract. The main goal of this paper is to prove L-comparison and contraction principles for weak solutions (in the sense of distributions) of Hele-Shaw flow with a linear Drift. The flow is considered with a general reaction term including the Lipschitz continuous case, and subject to mixed homogeneous boundary conditions : Dirichlet and Neumann. Our approach combines DiPerna-Lions renormalization type with Kruzhkov device of doubling and de-doubling variables. The L-contraction principle…
1 Citations
$L^1-$Theory for Incompressible Limit of Reaction-Diffusion Porous Medium Flow with Linear Drift
Our aim is to study the limit of the solution of reaction-diffusion porous medium equation with linear drift ∂tu−∆u +∇·(uV ) = g(t, x, u), as m→ ∞. We study the problem in bounded domain Ω with

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