OpenFOAM® setup made easy!
With EnnovaCFD™ for OpenFOAM® dictionary files are a snap!
OpenFOAM® setup
With EnnovaCFD for OpenFOAM® you can setup a wide range of CFD models in an easy to use GUI.
I. Calculations supported by EnnovaCFD for OpenFOAM®
1. steady/unsteady, compressible/incompressible flow
2. Turbulence models:
- a. RANS (standard k-ε, Realizable k-ε, k-ω, k-ω SST, SpalartAllmaras, buoyant k-ε, laminar)
- b. LES, DES (k-ωSST DES/DDES/IDDES, SpalartAllmaras DES/DDES/IDDES, WALE, Smagorinsky, dynamicKEqn)
2. Sub Model:
- a. Multi-frame
- b. Porous
- c. Heat source
3. Particle (MPPIC)
4. Fluid-solid thermal coupling
5. VOF, cavitation
6. Radiation (S2S)
7. Sliding mesh
8. Overset Mesh
9. Scalar (passive, active)
10. Adjoint shape optimization
11. Others
- A. Coded(fvOption, boundary conditions, function object)
- B. Sloshing
- C. Wave equation solver
II. OpenFOAM® solvers supported by EnnovaCFD
| SolverType | OpenFOAM® Solver Name |
|---|---|
| incompressible | simpleFoam |
| pimpleFoam | |
| pimpleDyMFoam | |
| overPimpleDyMFoam | |
| adjointOptimisationFoam | |
| multiPhase | interFoam |
| interIsoFoam | |
| interDyMFoam | |
| interPhaseChangeFoam | |
| interPhaseChangeDyMFoam | |
| overInterDyMFoam | |
| MPPICInterFoam | |
| heatTransfer | buoyantSimpleFoam |
| buoyantPimpleFoam | |
| chtMultiRegionSimpleFoam | |
| chtMultiRegionFoam | |
| compressible | rhoSimpleFoam |
| rhoPimpleFoam | |
| rhoPimpleDyMFoam | |
| rhoPimpleAdiabaticFoam | |
| overRhoPimpleDyMFoam | |
| lagrangian | MPPICFoam |
| MPPICDyMFoam | |
| icoUncoupledKinematicParcelFoam | |
| acoustic | acousticFoam |
III. OpenFOAM® versions supported by EnnovaCFD
OpenCFD version v2012, v2006, v1912, v1906, v1812, v1806
IV. EnnovaCFD for OpenFOAM® GUI
The EnnovaCFD GUI for OpenFOAM® is organized around the OpenFOAM® dictionaries. We have one button for each dictionary. Clicking on a button will bring up a panel that allows you to edit the values of a dictionary, while constraining your entries to sensible values based on things like the kind of solver you have chosen and the type of CFD computation you are running.
