Computer Science – Numerical Analysis
Scientific paper
2009-01-26
Computer Science
Numerical Analysis
A preprint to be published in Computational Geosciences
Scientific paper
When neglecting capillarity, two-phase incompressible flow in porous media is modelled as a scalar nonlinear hyperbolic conservation law. A change in the rock type results in a change of the flux function. Discretizing in one-dimensional with a finite volume method, we investigate two numerical fluxes, an extension of the Godunov flux and the upstream mobility flux, the latter being widely used in hydrogeology and petroleum engineering. Then, in the case of a changing rock type, one can give examples when the upstream mobility flux does not give the right answer.
Jaffré Jérôme
Mishra Siddhartha
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