MFC simulates all-Mach many-phase/physics flows at exascale+ computational scales.
- MFC nucleated from Tim Colonius's group at Caltech. These days, development and maintenance have spread.
- The Bryngelson Group at Georgia Tech maintains MFC and leads its algorithmic and HPC focus.
- Close collaborators contribute physics features, including the groups of Profs. Tim Colonius (Caltech), Mauro Rodriguez (Brown), Aswin Gnanaskandan (WPI), and others.
- The MFC repository is pinned below.
- MFC has many features, spanning the CS, computational math, and engineering spectrum. See them here.
- CS: Ideal scaling to 10K+ NVIDIA and AMD GPUs on the latest flagship systems (El Capitan, Frontier, CSCS Alps, Summit, etc.)
- Computational math: Information geometric regularization (IGR), generalized characteristic boundary conditions, ...
- Engineering: Phase change and relaxation, MHD, soft materials, FSI, surface tension, sub-grid dispersions, ...
- It is included in early flagship computer access programs worldwide, current and past.
- These include(d) the OLCF Frontier, LLNL El Capitan, JSC JUPITER, CSCS Alps, and others.
- MFC is a SPEChpc benchmark candidate
- We have a nice website with some visualizations and documentation to get you started!
- If you have questions, join the discussion on the MFC Slack workspace or contact the maintainers (e.g., Spencer Bryngelson)!
