Difference between revisions of "Main ContribSolvers"
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These solvers fit into the classification, that is given by the directory structure of the solver-sources. | These solvers fit into the classification, that is given by the directory structure of the solver-sources. | ||
| − | === | + | === Basic === |
| + | * [[Contrib_potentialWaveFoam|potentialWaveFoam]]: A one-line solver that solves a wave equation, <tt>fvm::d2dt2(phi) == c * c * fvc::laplacian(phi)</tt>. | ||
| − | === | + | === Combustion === |
| + | * [[contrib_reactingFoam|reactingFoam]]: Adding ignition to reactingFoam. | ||
| − | + | * [[contrib_alternateReactinFoam|alternateReactingFoam]]: A library and a solver based on it that allow the usage of different chemistry engines for reacting flows | |
| − | + | * [[Contrib/edcPisoFoam|edcPisoFoam]]: A specialised application for turbulent combustion modelling (non-premixed and premixed) based on the OpenFOAM® technology. | |
| − | === | + | === Compressible === |
| − | === | + | === DNS and LES === |
| − | + | * [[contrib_PisoFoamSSD|PisoFoamSSD]]: A Low-Dissipative, Scale-Selective Discretization for PisoFOAM | |
| − | === | + | === Electromagnetics === |
| + | * [[Contrib/EHDFoam|EHDFoam]]: A Numerical Model to simulate the multiphase flow in the electrostatic field, based on the Taylor-Melcher Leaky Dielectric Model | ||
| − | === | + | === Financial === |
| − | === | + | === Heat transfer === |
| + | |||
| + | * [[contrib_boussinesqBuoyantSimpleFoam|boussinesqBuoyantSimpleFoam]]: Incompressible thermal flow solver under Boussinesq approximation | ||
| + | |||
| + | * [[contrib_massBuoyantBoussinesqSimpleFoam|massBuoyantBoussinesqSimpleFoam]]: Steady-state solver for buoyant, turbulent, incompressible flows with vapor and contaminant scalar transport for HVAC and similar applications | ||
| + | |||
| + | === Incompressible === | ||
| + | |||
| + | * [[contrib_simpleScalarFoam|simpleScalarFoam]]: Steady-state incompressible laminar flow solver with scalar transport and mass transfer coefficient and Sherwood number calculation | ||
| + | |||
| + | * [[contrib_turbScalarFoam|turbScalarFoam]]: Unsteady incompressible laminar flow solver with scalar transport and mass transfer coefficient and Sherwood number calculation | ||
| + | |||
| + | * [[contrib_icoBlockedCellFoam|icoBlockedCellFoam]]: Unsteady incompressible laminar flow solver with the possibility to exclude definite FV cells from the flow calculations | ||
| + | |||
| + | * [[contrib_icoDyMFoam|icoDyMFoam]]: Unsteady incompressible laminar flow solver with the dynamically refined mesh according to the transported scalar distribution | ||
| + | |||
| + | === Particles(Eulerian) === | ||
| + | |||
| + | * [[Contrib/SbmFoam|SbmFoam]]: A suspension balance solver developed during a PhD for rigid spheres in fluid flows. It accounts for particles migration phenomenon (as a continuum approach). | ||
| + | |||
| + | === Multiphase === | ||
| + | Solvers for two or more interacting liquids | ||
| + | |||
| + | * [[Contrib/CompressibleMixingPhaseChangeFoam|compressibleMixingPhaseChangeFoam]]: Solver for two-phase flow of liquids with inter-phase mass change, buoyancy, temperature and pressure dependence for density | ||
| + | |||
| + | * [[Contrib/RichardsFOAM|RichardsFOAM]]: A solver for water flow in unsaturated porous media. | ||
| + | |||
| + | === StressAnalysis === | ||
== Other == | == Other == | ||
These solvers don't fit into the standard scheme. | These solvers don't fit into the standard scheme. | ||
| + | |||
| + | === Turbulence Modeling === | ||
| + | |||
| + | * [[Contrib/turbFoamAverage with k-omega SST SAS|turbFoamAverage with k-omega SST SAS]]: Includes the k-<math>\omega</math> SST-SAS Equations and a modified version of [[turbFoam]] for this turbulence model. | ||
=== Technology Demos === | === Technology Demos === | ||
| Line 33: | Line 67: | ||
Solvers that demonstrate concepts, but haven't got a fully implemented physics. | Solvers that demonstrate concepts, but haven't got a fully implemented physics. | ||
| − | * [[contrib_icoLagrangianFoam|icoLagrangianFoam]] Incompressible solver with particles. Demonstrates the use of Lagrangian-particles outside the [[ | + | * [[contrib_icoLagrangianFoam|icoLagrangianFoam]]: Incompressible solver with particles. Demonstrates the use of Lagrangian-particles outside the [[dieselFoam|dieselFoam]] solver |
| + | |||
| + | * [[contrib_icoStructFoam|icoStructFoam]]: Fluid-Structure interaction. Demonstrates the use of two coupled solvers and mesh motion | ||
| + | |||
| + | * [[contrib_interTrackFoam|interTrackFoam]]: Tracks a moving interface with a moving mesh, so that the mesh boundary remains coincident with the interface. | ||
| − | * [[ | + | * [[contrib_solidParticleFoam|solidParticleFoam]]: A minimalistic code and case set-up as an example of how to use the {{tt|solidParticleCloud}} class. |
---- | ---- | ||
'''Note to editors''': Use the solver name as the page name, when adding a new solver to this page, but prepend ''custom'' in order to avoid name clashes | '''Note to editors''': Use the solver name as the page name, when adding a new solver to this page, but prepend ''custom'' in order to avoid name clashes | ||
| − | |||
Latest revision as of 20:17, 22 March 2015
Contributed solvers
Contents
1 Solvers that fit into the OpenFOAM classification
These solvers fit into the classification, that is given by the directory structure of the solver-sources.
1.1 Basic
- potentialWaveFoam: A one-line solver that solves a wave equation, fvm::d2dt2(phi) == c * c * fvc::laplacian(phi).
1.2 Combustion
- reactingFoam: Adding ignition to reactingFoam.
- alternateReactingFoam: A library and a solver based on it that allow the usage of different chemistry engines for reacting flows
- edcPisoFoam: A specialised application for turbulent combustion modelling (non-premixed and premixed) based on the OpenFOAM® technology.
1.3 Compressible
1.4 DNS and LES
- PisoFoamSSD: A Low-Dissipative, Scale-Selective Discretization for PisoFOAM
1.5 Electromagnetics
- EHDFoam: A Numerical Model to simulate the multiphase flow in the electrostatic field, based on the Taylor-Melcher Leaky Dielectric Model
1.6 Financial
1.7 Heat transfer
- boussinesqBuoyantSimpleFoam: Incompressible thermal flow solver under Boussinesq approximation
- massBuoyantBoussinesqSimpleFoam: Steady-state solver for buoyant, turbulent, incompressible flows with vapor and contaminant scalar transport for HVAC and similar applications
1.8 Incompressible
- simpleScalarFoam: Steady-state incompressible laminar flow solver with scalar transport and mass transfer coefficient and Sherwood number calculation
- turbScalarFoam: Unsteady incompressible laminar flow solver with scalar transport and mass transfer coefficient and Sherwood number calculation
- icoBlockedCellFoam: Unsteady incompressible laminar flow solver with the possibility to exclude definite FV cells from the flow calculations
- icoDyMFoam: Unsteady incompressible laminar flow solver with the dynamically refined mesh according to the transported scalar distribution
1.9 Particles(Eulerian)
- SbmFoam: A suspension balance solver developed during a PhD for rigid spheres in fluid flows. It accounts for particles migration phenomenon (as a continuum approach).
1.10 Multiphase
Solvers for two or more interacting liquids
- compressibleMixingPhaseChangeFoam: Solver for two-phase flow of liquids with inter-phase mass change, buoyancy, temperature and pressure dependence for density
- RichardsFOAM: A solver for water flow in unsaturated porous media.
1.11 StressAnalysis
2 Other
These solvers don't fit into the standard scheme.
2.1 Turbulence Modeling
- turbFoamAverage with k-omega SST SAS: Includes the k-
SST-SAS Equations and a modified version of turbFoam for this turbulence model.
2.2 Technology Demos
Solvers that demonstrate concepts, but haven't got a fully implemented physics.
- icoLagrangianFoam: Incompressible solver with particles. Demonstrates the use of Lagrangian-particles outside the dieselFoam solver
- icoStructFoam: Fluid-Structure interaction. Demonstrates the use of two coupled solvers and mesh motion
- interTrackFoam: Tracks a moving interface with a moving mesh, so that the mesh boundary remains coincident with the interface.
- solidParticleFoam: A minimalistic code and case set-up as an example of how to use the solidParticleCloud class.
Note to editors: Use the solver name as the page name, when adding a new solver to this page, but prepend custom in order to avoid name clashes
