In solving two-phase flow problems, we can use a variety of simulation techniques, such as Eulerian-Eulerian, Eulerian-Lagrangian methods, Volume of Fluid (VOF) method and homogeneous equilibrium model (HEM).
In this page, I will organize information on the physical models available in twoPhaseEulerFoam, an Eulerian-Eulerian solver available in OpenFOAM.
I will add descriptions of each model.
Selected OpenFOAM version:
drag model
- Ergun
- Gibilaro
- GidaspowErgunWenYu
- GidaspowSchillerNaumann
- IshiiZuber
- Lain
- SchillerNaumann
- SyamlalOBrien
- TomiyamaAnalytic
- TomiyamaCorrelated
- WenYu
- segregated
lift model
- LegendreMagnaudet
- Moraga
- Tomiyama
- constantCoefficient
- none
heatTransfer model
- RanzMarshall
- spherical
turbulentDispersion model
- Burns
- Gosman
- LopezDeBertodano
- constantCoefficient
- none
virtualMass model
- Lamb
- constantCoefficient
- none
aspectRatio model
- Tomiyama
- VakhrushevEfremov
- Wellek
- constant
wallLubrication model
- Antal
- Frank
- Tomiyama
- none
diameter model
- constant
- isothermal
- IATE