Dedicated. Open. Friendly. Intelligent

DOFI is a powerful CFD simulation tool dedicated to complex internal and external flows.

DOFI is a powerful CFD simulation tool dedicated to complex internal and external flows. DOFI is designed to tackle any flow problem, from incompressible to low and high speed flows, from mono-phase to multiphase flows including heat and species transport problems. It combines completely unstructured hexahedral grids with an efficient pre-conditioned compressible solver which employs fast agglomerated multigrid acceleration and adaptive techniques. DOFI allows users to freely develop and exchange physical models in CFD with a new open approach. Main features of DOFI:

  • Steady and unsteady problems
  • Incompressible and compressible flows
  • Heat transfer
  • Species transport
  • Turbulence models (RANS, LES, DNS)
  • Multiphases flows
  • Wind turbine flows

DOFI2

INSIGHTS


  • Automatic meshing (DMESH)
  • Post-traitement included (Paraview ®)
  • Species transport
  • Complex coupling *
  • Compatibility with Fluent Ansys ® *
  • * Only with DOFI Premium package

APPLICATIONS


NEWS


PRODUCTS


DOFI Professional
  • The new DOFI interface to easily access to CFD.
  • With dedicated CFD solvers.
DOFI Premium
  • Thermal coupling and much more soon.
  • Compatibility with Fluent Ansys.
DOFI Server
  • Easily manage your CFD CPU power.
  • Benefit DOFI Professional or DOFI Premium.

Site Tools


post-processing

**DOFI Post-processing** is based on ParaView and compatible with many operating systems (Windows, Unix, Linux, ...). DOFI post-processing and ParaView allow users to easily visualize the simulation results. Below are some capabilities of DOFI post-processing: * Extract aerodynamic forces and moments * Extract the values at probes * Surface integration * Flow field distributions (//velocity, pressure, temperature, ...//) * y+ checking * Pathline generation, ... * Vector plots *Videos and animations *Image output {{ :video_post_processing.gif.png?nolink |}}

post-processing.txt · Last modified: 2023/02/01 06:37 (external edit)