Summary
This paper is aimed at the propagation of discharges over a surface of insulator and the development of an analytical flashover model in air at atmospheric pressure. The experimental results show that the critical conditions of flashover are over the half of creeping distance. Basing on electrical equivalent circuit and the impedance criterion, we developed a relationship giving the flashover voltage UFOV. This relationship suggests that flashover voltage is function of the discharge thermal parameters, the capacitance and the resistance of solid insulator and the propagation condition of the discharge. The UFOV computed using relationships we established elsewhere are found in a good accordance with the experimental ones.
Additional informations
Publication type | ISH Collection |
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Reference | ISH2015_255 |
Publication year | |
Publisher | ISH |
File size | 464 KB |
Price for non member | Free |
Price for member | Free |
Authors
Irahhauten Nadira, Gunaltay, FUJIMOTO, Gorokhov