Study on Electromechanical Force Between Heating Elements and Thermodynamic Stability in an Indirect Heating Electric Resistance Furnace

Song Su Jon, Chol Bom Yun, Kang Ho Ri and Kum Byol Jon
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Song Su Jon: Faculty of Electrical Engineering, KimChaek University of Technology, Pyongyang, 999093
Chol Bom Yun: Pyongyang College of Commercial Service, Pyongyang, 999093
Kang Ho Ri: aculty of Electrical Engineering, KimChaek University of Technology, Pyongyang, 999093
Kum Byol Jon: Pyongyang College of Commercial Service, Pyongyang, 999093

International Journal of Research and Innovation in Applied Science, 2025, vol. 10, issue 9, 731-744

Abstract: In an indirectly-heating resistance furnace, the effects of high temperature environment and the electromechanical forces that interact with the elements during operation can cause severe changes or even damages of the elements. In this paper, based on the mathematical modeling and calculation of the electromechanical forces interacting between them according to the configuration of the elements in an indirectly- heating electric resistance furnace, the number of elements that can ensure thermal and mechanical stability in a high temperature environment was determined.

Date: 2025
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