• Dispersion in a foam
    Dispersion in a foam

    Evolution of a concentration pulse transported in a metal foam. Copyright IUSTI/CNRS and AMU

  • iMorph

    iMorph an open Source project for visualisation and morphological analysis of porous materials Copyright IUSTI/CNRS and AMU

  • ZSM-5 pore system

    generated by ZEOMICS, a computational zeolite characterization tool developed at Princeton University.

  • Mixing Front

    Mixing front in a porous media. Copyright FAST/CNRS and GMP/UBA

  • Bentonite grain expanding between sand grains - lms.epfl.ch/en

    Sand/Bentonite mixtures are used in EBS for confinement of hazardous wastes.




Collection and Retrospective Examination of Relative Permeability Data on Steady-State 2-Phase Flow in Porous Media

M.S. Valavanides

TEI Athens, Civil Infrastructure Eng. Dept, Laboratory of Hydraulics, Cette adresse e-mail est protégée contre les robots spammeurs. Vous devez activer le JavaScript pour la visualiser.

Abstract and scope of work

The scope of this note is to highlight current research efforts towards elucidating and understanding the principal mechanism in two-phase flow in porous media, namely, the interplay /dialect between viscosity, capillarity and porous medium structure, and its effect on the operational performance of such flows/processes - expressed by the interstitial arrangement(s) of the flow and its stability, the efficiency of the process (flowrate/power), etc.