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UDC 536.25

© Solovjov S. V., Khaenko L. S., 2010

Modeling of Heat Transfer in the Core of Earth with Consideration for Joule Dissipation

The purpose of the work is the mathematical modeling of natural convective heat transfer in the closed inclined cavity, designing and creation of software, the computation of temperature, functions of stream, and vortex.

Keywords: modeling, natural convection, the closed cavity

References:

1.         Gershuni G. Z., ZHukhovitskiy E. M. Konvektivnaya ustoychivost` neszhimaemoy zhidkosti. M., 1972.
2.         Dzhaluriya Y. Estestvennaya konvektsiya. Teplo i massoobmen / pod red. V. I. Polezhaeva. M., 1983.
2.         Isaev S. I. Teoriya teplomassoobmena / pod red. A. I. Leont`eva. M., 1979.
3.         Patankar S. V. Chislennoe reshenie zadach teploprovodnosti i konvektivno-go teploobmena pri techenii v kanale / per. s angl. E. V. Kalabina; pod red. G. G. YAn`-kova. M., 2003.
4.         Tarunin  E. L. Vychislitel`nyy eksperiment v zadachakh svobodnoy konvektsii. Irkutsk, 1990.
5.         Catton I., The effect of insulating vertical walls on the onset of motion in a fluid heated from bellow, Int. J. Heat Mass Transfer 15, (1972).

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