Mathematical modelling of heat transfer process
inВ layered materials accounting for phase transitions in individual layers
O.N. Lyubimova and K.N.
Pestov
Far Eastern Federal University, Vladivostok, Russia
E-mail: berms@mail.ru
Keywords: phase transition of the first kind, thermal conductivity, melting, crystallization
Pages: 491–499
Abstract
A
mathematical model has been constructed for
determining the temperature fields and motion of the phase transition
boundaries without using the
classical Stefan condition and the concentrated heat capacity. The model makes
it possible to determine more
accurately the location of the phase transition front and may be used at the computations for layered materials in the cases
when there are several fronts, and they can merge. The modeling of the
problem on determining the melting boundary in a three-layer material has been
carried out for the one-dimensional case.
DOI: http://dx.doi.org/10.1134/S0869864315040101
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