• 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

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

  • Hybrid random walks for conducto-radiative heat transfer in refractory foams
    Hybrid random walks for conducto-radiative heat transfer in refractory foams
    A computational method developed at LCTS (Bordeaux). More details can be found here
  • 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.

The next InterPore Online Short Course deals with heat transfer in porous media and is taught by Michel Quintard.

 

Transfer in Porous Media: Various Models From a Multi-Scale Perspective

 

Instructor: Michel Quintard, Toulouse University, CNRS, France

Date: 27-30 April 2021

Time: 9:00-12:00 CET

 

Registration fee:

Member status Students Academic Industry
InterPore members 100€ 150€ 200€
InterPore non-members 125€ 190€ 300€

 

Short courses have limited capacity. Click https://www.interpore.org/interpore-online-short-course-heat-transfer-in-porous-media-various-models-from-a-multi-scale-perspective/ to register.