MFiX User Manual

MFiX is an open-source multiphase flow solver, providing a Two-Fluid Model (TFM), a Discrete Element Model (DEM), a Particle In Cell (PIC) model, and a Hybrid model. These models can be used to simulate a variety of multiphase flow devices including gasifiers, circulating fluid bed combusters, fluidized beds, fluid catalytic crackers, and chemical looping combustion systems. Please visit the Multiphase Flow Science website for more information.

• 1. About MFiX
  • 1.1. MFiX
  • 1.2. Development state of MFiX models
  • 1.3. GUI
  • 1.4. Support forum
  • 1.5. User contribution
• 2. Getting started
  • 2.1. Install Windows
  • 2.2. Install Mac
  • 2.3. Install Linux
  • 2.4. Install Python Wheel with Pip
• 3. Tutorials
  • 3.1. Running first tutorial
  • 3.2. Two-dimensional fluidized bed, Two-fluid Model (TFM)
  • 3.3. Two-dimensional fluidized bed, Discrete Element Model (DEM)
  • 3.4. Three-dimensional single phase flow over a sphere
  • 3.5. Three-dimensional fluidized bed
  • 3.6. Three-dimensional DEM hopper
  • 3.7. DEM granular flow chutes
  • 3.8. SMS meshing workflow, cyclone, Discrete Element Model (DEM)
  • 3.9. DEM initial conditions
  • 3.10. Procedural geometry
  • 3.11. Advanced Tutorials
• 4. Model Guide
  • 4.1. Model Setup
  • 4.2. Geometry
  • 4.3. Mesh
  • 4.4. Regions
  • 4.5. Fluid
  • 4.6. Solids
  • 4.7. Scalars
  • 4.8. Initial Conditions
  • 4.9. Boundary Conditions
  • 4.10. Point Sources
  • 4.11. Monitors
  • 4.12. Internal Surfaces
  • 4.13. Chemistry
• 5. Building the Solver
  • 5.1. Custom Interactive Solver
  • 5.2. Batch Solver
  • 5.3. Build from Git or Source Tarball
• 6. Running the Solver
  • 6.1. Interactive vs. batch Solver
  • 6.2. Default Interactive Solver
  • 6.3. Custom Interactive Solver
  • 6.4. Batch Solver
• 7. Visualization
  • 7.1. Visualization in GUI
  • 7.2. Post Processing
• 8. GUI reference
  • 8.1. Main toolbar
  • 8.2. Menu
  • 8.3. Model panes
  • 8.4. Visualization window
  • 8.5. Terminal window
  • 8.6. Mode bar
• 9. Running Interactive Solver Job in Queue
  • 9.1. Queue Templates
• 10. Running MFiX on Joule
  • 10.1. Running the GUI
  • 10.2. Building Solver with GCC
  • 10.3. Building Solver with Intel Fortran Compiler
  • 10.4. Building Solver from Source Tarball
• 11. Keyword reference
  • 11.1. Keywords
• 12. Frequently Asked Questions
  • 12.1. How do I ask question, or send feedback?
  • 12.2. Graphical User Interface (GUI)
  • 12.3. Pausing and restarting the solver
  • 12.4. What system of units does MFiX use?
  • 12.5. What do I do if a run does not converge?
  • 12.6. Discrete Element Model (DEM)
  • 12.7. SuperQuadric Particle Model (SQP)
  • 12.8. Meshing
  • 12.9. Particle in Cell (PIC)

Search Page