Navigation

  • index
  • next |
  • previous |
  • LBM_Saclay 1.0 documentation »
  • PART V: course reminders »
  • Phase-field models for phase transition

Phase-field models for phase transition

Models of solid/liquid phase change

  • Model of solidification and crystal growth
    • Useful thermodynamic relations for phase change
    • Solidification of a pure substance and Stefan’s problem
    • Derivation of phase-field model
    • Equivalence between phase-field model and Stefan’s problem
    • Anisotropy function and phase-field model of crystal growth
    • References

Navier-Stokes/Korteweg model

  • Isothermal Navier-Stokes/Korteweg model
    • Free energy functional with \(\rho\)
    • van der Waals equation of state and Maxwell construction
    • Free energy density and non-local pressure
    • Maxwell construction for bulk densities \(\rho_l\) and \(\rho_g\)
    • Pressure tensor and Korteweg tensor
    • Mathematical model of van der Waals fluids
    • Bibliography

Mass transfer through interfaces

  • Mass transfer through interfaces
    • Gibbs-Thomson condition
    • Ostwald ripening
    • Droplet growth

Incompressible Liquid-Gas phase change

  • Incompressible Liquid/gas phase change

Previous topic

Contact angle

Next topic

Model of solidification and crystal growth

This Page

  • Show Source

Quick search

Navigation

  • index
  • next |
  • previous |
  • LBM_Saclay 1.0 documentation »
  • PART V: course reminders »
  • Phase-field models for phase transition
© Copyright 2026, LBM_Saclay Workforce. Created using Sphinx 9.1.0.