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Título del libro: Numerical Simulation In 3d Of A Thermoelectrical System By Ohmic Heating

Autores UNAM:
OCTAVIO VAZQUEZ GOMEZ;
Autores externos:

Idioma:
Inglés
Año de publicación:
2016
Palabras clave:

Computer programming; Computer science; Electronics engineering; Electronics industry; Joule heating, Computational program; Cylindrical samples; Governing equations; Joule effects; Numerical results; Thermo-physical property; User-defined functions, Numerical models


Resumen:

This paper presents the numerical simulation in 3D of a hollow cylindrical sample heated by Joule effect. The solution of the governing equations describing the phenomenon and the coupling of electrical terms coupling were performed, Also an user-defined function (UDF) was used with the computational program fluid dynamics ANSYS Fluent. The Thermo-physical properties of the material are in function of the temperature. The numerical results were validated experimentally. © 2016 IEEE.


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