M-Star CFD Capabilities

Time-Accurate CFD

Large Eddy Simulation means no guessing on turbulence models

No Meshing

Save time with minimal pre-processing

Complex Physics

Model custom chemical reaction rates, heat transfer, and more

Cloud Enabled

Submit jobs directly to secure cloud provider

M-Star CFD is a general-purpose solver for modeling three-dimensional, time-varying fluid flow, chemical reactions, heat transfer, and particle dynamics. The software is developed aggressively; users are supported energetically. Contact us today to get started.

Fluid Models

  • Newtonian
  • Power law
  • Carreau fluids
  • Herschel-Bulkley
  • Thixotropic fluids
  • User defined viscosity-strain relationships

Multi-phase Physics

  • Free surface flows
  • Lagrangian particle and bubble tracking
  • Bubble and particle break-up/coalescence
  • Immissible fluid interactions
  • Miscible fluids and stratified systems
  • One and two-way particle and bubble coupling

Scalar Transport

  • Thermal transport
  • Scalar field transport
  • Multi-species reactions
  • Exothermic/endothermic reactions
  • Viscous heating and softening
  • Sub-grid mixing
  • Fast reaction treatment

Momentum Transport

  • Direct numerical simulation
  • Smagorinsky large eddy simulation (LES)
  • Time-averaged flow field
  • Frozen turbulent flow field

In-Situ Analysis

  • Custom plugin support (User Defined Functions)
  • Blending/mean-age
  • Residence time distribution
  • Recirculation loops
  • Static/moving probes


  • Windows-based GUI
  • Import IGES, STEP, STL files
  • Built-in parametric geometry
  • No user meshing

Computational Backend

  • MPI support for Windows and Linux
  • Self-optimizing block generation
  • Variable mesh support (coming 2018)
  • GPU support (coming 2018)


  • Open source 2D/3D VTK output
  • One-click post-processing in ParaView
  • User-defined post-processing scripts


  • Virtual via screen sharing and phone
  • Email support
  • On-site training available