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Home Archive of journals 3 (8), October 2019 Mathematical Models of Coupled Heat Transfer and Hydrodynamic Processes with Phase Transitions

MATHEMATICAL MODELS OF COUPLED HEAT TRANSFER AND HYDRODYNAMIC PROCESSES WITH PHASE TRANSITIONS

JOURNAL: 2019, 11, p. 74-79

AUTHOR: P.S. Kondratenko, L.V. Matveev, A.R. Avetisyan, R.V. Arutunyan, A.M. Shvedov

ANNOTATION:

The paper presents a comprehensive mathematical and physical model of coupled heat transfer processes and hydrodynamics suggesting melting and solidification of inhomogeneous media with due account of medium’s thermal conductivity and presence of a gravity-driven moving heat source. Models are based on the application of continuous indicator-function of phases. The paper provides the results of the calculations and their comparison with experimental data and analytical solutions..

Keywords: radioactive west, self-burial, mathematical models, function-indicator of phases.


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Avetisyan A.R., Arutunyan R.V., Kondratenko P.S., Matveev L.V., Shvedov A.M. Mathematical Models of Coupled Heat Transfer and Hydrodynamic Processes with Phase Transitions in Energy-Saving Technologies and Environmental Safety. Radioactive Waste, 2019, no.3(8), pp.74—79.DOI: 10.25283/2587-9707-2019- 3-74-79. (In Russian)


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