Math @ Duke
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Publications [#383254] of Alexander A. Kiselev
Papers Published
- Kiselev, A; Sarsam, NA, Finite time blow-up in a 1D model of the incompressible porous media equation,
Nonlinearity, vol. 38 no. 5
(May, 2025) [doi]
(last updated on 2025/07/03)
Abstract: We derive a PDE that models the behavior of a boundary layer solution to the incompressible porous media (IPM) equation posed on the 2D periodic half-plane. This 1D IPM model is a transport equation with a non-local velocity similar to the well-known Córdoba-Córdoba-Fontelos (CCF) equation. We discuss how this modification of the CCF equation can be regarded as a reasonable model for solutions to the IPM equation. Working in the class of bounded smooth periodic data, we then show local well-posedness for the 1D IPM model as well as finite time blow-up for a class of initial data.
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