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Finite Elements Driven by Power Lines to Permit Stream Density

Blagoja Arapinoski, Mirka P. Radevska, Metodija Atanasovski and Mitko Kostov
Faculty of Technical sciences at University of Bitola st. Makedonska Falanga 33, Bitola 7000, Macedonia

Abstract: The installation of the electric field with a frequency of power line is described in this paper. The modelling we preferred in this work has parallelepipeds analogous to the human body. The power line derived by the finite element is presented for the electric field distribution. The human body is considered a model to allow stream density that can permit the values for the strength of fields with some standards.

Keywords: Electric Field, Potential, Biological Systems, Induced Currents1

DOI:https://doi.org/10.6025/jism/2023/13/2/29-36

Full_Text PDF 2.82 MB Download: 68 times

References:

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[2] Cheshelkoska, V. (2003). Contribution to Research Related to the Influence of Electromagnetic Fields on the Human Body [Doctoral Dissertation]. Skopje.
[3] Velickovic, D., Ilic, S., Ceselkoska, V. & Milovanovic, A. (2004). Cacak, June 6-15, 2004 Calculation of the earth’s atmospheric electric field in the living and working environment. ETRAN.
[4] Velickovic, D. & Ceselkoska, V. “Electric field distribution in the environment of the human in the external electric steady field” 5th -International Symposium EL-TEX 2002. Lódz, Poland, pp. 14–15.11.2002.
[5] Polk, C. & Postow, E. (1996). Handbook of Biological Effects of Electromagnetic Fields. CRC Press: New York, USA.
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[7] Deno, D. (1997) Current induced in the human body by high voltage transmission line electric field measurement and calculation of distribution and dose. IEEE Transactions on Power Apparatus and Systems, Vol. PAS-1996, 5.
[8] Arapinoski, B., Radevska, M., Ceselkoska, V. & Cundev, M. Modeling of Three Dimensional Magnetic Field in Three- Phase Induction Motor with Double Squirrel Cage, TEM Journal (2013).
[9] Radevska, M.P. & Arapinoski, B. (2011) Computation of solid salient poles synchronous motor electromagnetic characteristic, 10th international conference of applied electromagnetic. Nis, Serbia.
[10] Arapinoski, B. & Popnikolova, M. Radevska Electromagnetic and thermal analysis of power distribution transformer with FEM. ICEST: Ohrid, Macedonia (2010), R. Macedonia 2010.
[11] Popnikolova-Radevska, M., Cundev, M. & Petkovska, L. From macroelements to finite elements generation for electrical machines field analyses, ISEF International Symposium on Electromagnetic Fields in Electrical Engineering, Thessaloniki, Greece, 1995, p 346–349.
[12] Arapinoski, B. & Popnikolova, M. Radevska, D. Vidanovski “FEM Computation of ANORAD Synchronous Brushless linear motor” ELMA (2008). Sofia.
[13] Popnikolova, M. (2006). Radevska: ‘Calculation of Electromechanical Characteristics on Overband Magnetic Separator with Finite Elements’, ICEST 2006, 367–370. Sofia.

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