Simulate grains
and fluids.
Solve complex
flows.
MigFlow couples finite element fluid dynamics with discrete element grain mechanics (FEM–DEM with NSCD). It solves stabilized Navier–Stokes equations for the fluid phase while managing grain-scale contact dynamics, with built-in handling for free surfaces, adaptive remeshing, and complex geometries.
From volcanic lava folding and submarine avalanches to industrial grain–fluid systems—explore immersed granular flows across all regimes, from dilute suspensions to dense media.
Latest from MigFlow Project
MigFlow Website Launch
Brand new MigFlow project website showcasing research axes, team members, publications, and comprehensive documentation for the community.
Explore →
Journées Complex Flows 2026
Team participation in Clermont-Ferrand for granular flow discussions. New collaboration initiated with Karim Kelfoun and the volcanology community.
See event →
MigFlow Software Release
Latest version now available with comprehensive test cases, detailed documentation, and full source code access for immersed granular flow simulations.
Documentations →
CSMA 2026: Collective Participation
Eight team members at Presqu'île de Giens conference. Poster, oral presentations and MigFlow software showcase.
See event →