Topics

The exchanges, mainly interdisciplinary, involve fundamental themes such as applied mathematics, fluid mechanics, heat and mass transfers and process engineering.

The research carried out has a strong resonance with major areas of application from the point of view of the environment or the needs of populations: energy storage, civil engineering, transport of contaminants in aquifers, use of the subsoil as a energy vector, anti-pollution, renewable energies, agri-food and health, materials.

The communications (oral, posters) of JEMP2025 will be divided into the following themes:

•     Numerical modeling of transfers in porous media
•     Multiphase – multicomponent systems
•     Mechanics of porous media: deformation, failure, damage
•     Behavior of complex fluids and fluids confined in porous media
•     Characterization and dynamic imaging of porous media
•     Organic porous media
•     Multiscale fibrous media, fractured media, nano and microporous media
•     Hydrodynamic, mechanical, chemical and thermal couplings between fluids and matrix in porous media
•     Reactive transport, mixing and dispersion in porous media
  
•     Scaling methods
•     Numerical methods for porous media
•     Particle and colloidal transport in porous media
•     Molecular modeling for porous systems
•     Microfluidics and nanofluidics