A new MOX Report entitled “Numerical validation of an adaptive model for the determination of nonlinear-flow regions in highly heterogeneos porous media” by Fumagalli, A.; Patacchini, F. S. has appeared in the MOX Report Collection. Check it out here: https://www.mate.polimi.it/biblioteca/add/qmox/45-2024.pdf Abstract: An adaptive model for the description of flows in highly heterogeneous porous media is developed in [13,14]. There, depending on the magnitude of the fluid’s velocity, the constitutive law linking velocity and pressure gradient is selected between two possible options, one better adapted to slow motion and the other to fast motion. We propose here to validate further this adaptive approach by means of more extensive numerical experiments, including a three-dimensional case, as well as to use such approach to determine a partition of the domain into slow- and fast-flow regions.
You may also like
A new MOX Report entitled “Functional principal component analysis for incomplete space-time data” by Palummo, A.;, Arnone, E.; Formaggia, L.; Sangalli, L.M. […]
A new MOX Report entitled “A staggered-in-time and non-conforming-in-space numerical framework for realistic cardiac electrophysiology outputs” by Zappon, E.; Manzoni, A.; Quarteroni, […]
A new MOX Report entitled “SEIHRDV: a multi-age multi-group epidemiological model and its validation on the COVID-19 epidemics in Italy” by Dede’, […]
A new MOX Report entitled “Robust discontinuous Galerkin-based scheme for the fully-coupled non-linear thermo-hydro-mechanical problem” by Bonetti, S.; Botti, M.; Antonietti, P.F. […]
