"Diseño y simulación de un inductor para el tratamiento térmico de materiales ferrosos o aleaciones"
This research project is focused on the analysis of the thermal treatment or greater known as induction treatment, which consists of submitting pieces of ferrous, non-ferrous or alloy materials through the inductor, the material will begin to heat due to the magnetic flux that surrounds said materia...
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| Формат: | bachelorThesis |
| Мова: | spa |
| Опубліковано: |
2020
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| Онлайн доступ: | http://repositorio.uteq.edu.ec/handle/43000/5106 |
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Додати тег | Резюме: | This research project is focused on the analysis of the thermal treatment or greater known as induction treatment, which consists of submitting pieces of ferrous, non-ferrous or alloy materials through the inductor, the material will begin to heat due to the magnetic flux that surrounds said material in which its physical properties will begin to change to such an extent that the material will have more hardness and will extend its useful life. It is proposed to design and simulate an electrical circuit to carry out the heat treatment and in turn represent the effect of the material upon reaching the desired temperature. The calculations, design of the electrical circuit and simulation of the heating of the materials were carried out in various scenarios such as change of temperatures and time, this was done with the help of the COLI64v software and Mini Ring Core Calculator for the calculations and parameters of the coil, COMSOL Multiphysics to show the thermal behavior to which the material is subjected and SOLIDWORKS for the presentation of a construction design. Finally, this research project is concluded with the results, determining that in both electrical circuits the temperature of 1000 degrees Celsius is achieved, the circuits were divided into stages, each of these presenting the most relevant aspects such as the operating frequency, determination of power, and in turn observe the physical properties that the materials take when exposed to the induction treatment, the time that said material gets to heat up, corresponding to the characteristics of the electrical circuit and the design of the induction coil. Keywords: Heat treatment, Magnetic flux, Magnetic field |
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