Two Phase Stefan Problem with Boundary Temperature Conditions: An Analytical Approach
β Scribed by Mamode, Malik
- Book ID
- 121312854
- Publisher
- Society for Industrial and Applied Mathematics
- Year
- 2013
- Tongue
- English
- Weight
- 234 KB
- Volume
- 73
- Category
- Article
- ISSN
- 0036-1399
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π SIMILAR VOLUMES
Both one-dimensional two-phase Stefan problem with the thermodynamic equilibrium condition uΓ°RΓ°tΓ; tΓ ΒΌ 0 and with the kinetic rule u e Γ°R e Γ°tΓ; tΓ ΒΌ eR 0 e Γ°tΓ at the moving boundary are considered. We prove, when e approaches zero, R e Γ°tΓ converges to RΓ°tΓ in C 1ΓΎd=2 Β½0; T for any finite T > 0;
This paper considers a boundary integral approach to Stefan problems that have multiple phase changes and satisfy the Laplace equation in each phase. It is shown that, by introducing artificial phase changes, the effects of moderate diffusivity can be incorporated. The paper includes the results fro