Project Phase-Field Discrete Element Model

Phase-Field Discrete Element Modelization.

Mini Projects

  • MY_PFDEM_MG_3D

    Simulation of the pressure-solution phenomenon with multiple grains in 3D under oedometric conditions.
    The github project

  • MY_PFDEM_MG_2D

    Simulation of the pressure-solution phenomenon with multiple grains in 2D. Oedometric conditions are applied.
    The github project

  • MY_PFDEM_1G_2D

    Simulation of the pressure-solution phenomenon between 1 grain and a plate in 2D. A vertical loading is applied.
    The github project

  • PFDEM_ACS_MG

    Simulation of a multiple grains configuration under pressure-solution phenomenon in 2D. The sample is under oedometric conditions.
    The github project

  • PFDEM_ACS

    Simulation of a 2 grains configuration under pressure-solution phenomenon in 2D. The grains are under vertical loading.
    The github project

  • PFDEM_AC

    This simulation is about a 2D test under oedometrical conditions with an acid injection. The chain force and the k0 (= σ2/σ1) evolves with the material dissolution.
    The github project

Articles

  • Alexandre Sac-Morane, Hadrien Rattez, Manolis Veveakis. (2025). Importance of the precipitation on the slowdown of the creep behavior due to pressure-solution. Journal of Engineering Mechanics. 10.1061/jenmdt/emeng-8360.
  • Alexandre Sac-Morane, Manolis Veveakis, Hadrien Rattez. (2024). A Phase-Field Discrete Element Method to study chemo-mechanical coupling in granular materials. Computer Methods in Applied Mechanics and Engineering. 10.1016/j.cma.2024.116900