摘要：This work presents the numerical simulation of the natural convection with phase-change of succinonitrile (SCN) in a horizontal Bridgman apparatus. The analysis is carried out with two different numerical approaches: a thennally coupled temperature-based fmite element fonnulation for generalized phase-change problems and a finite volume discretization using an enthalpy-porosity technique to account for the latent heat effect. Both numerical results are compared with the experimental data obtained from the literature.
其他摘要：This work presents the numerical simulation of the natural convection with phase-change of succinonitrile (SCN) in a horizontal Bridgman apparatus. The analysis is carried out with two different numerical approaches: a thennally coupled temperature-based fmite element fonnulation for generalized phase-change problems and a finite volume discretization using an enthalpy-porosity technique to account for the latent heat effect. Both numerical results are compared with the experimental data obtained from the literature.
