A multicontinuum homogenization method is applied to poroelasticity, yielding general and simplified upscaled equations whose coefficients come from local cell problems, with tested errors near 1e-2 for displacement and 1e-3 for pressure.
General solutions to poroviscoelastic model of hydro- cephalic human brain tissue.Journal of Theoretical Biology, 291:105–118, 2011
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Multicontinuum Homogenization for Poroelasticity Model
A multicontinuum homogenization method is applied to poroelasticity, yielding general and simplified upscaled equations whose coefficients come from local cell problems, with tested errors near 1e-2 for displacement and 1e-3 for pressure.