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Leakage Flux Distribution in the Simulated Environment
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 Title & Authors
Leakage Flux Distribution in the Simulated Environment
Kim, Chung-Hyeok; Kim, Tag-Yong; Oh, Yong-Cheul;
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Current research about voltage leakage involves investigation of the effects of leaked voltage and current on humans through simulated environments and dummies. Electrocution results from leaked current when electricity flows through the body as a result of potential difference. Research that analyzes actual electrocution is insufficient because of the danger from leaked voltage present in the leakage area. This thesis analyzes magnetic flux density from current around a leak to investigate the distribution of current. The authors used a simulated environment to investigate electrocution accidents that frequently occur during floods through leakage along metal surfaces, and evaluated the distribution of leaked magnetic flux.
Leakage flux;Leaked voltage;Leaked current;Magnetic flux density;Surface leakage;
 Cited by
Tag-Yong Kim, Yong-Cheul Oh, Han-Seok Jeong, Su-Jin Yun, Jae-Sik Yoo, "Research of Electric Leakage Characteristic by Magnetic Field", Proceeding of the 39th the KIEE Summer Conference, pp.2108-2109, 2008.

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Nonaka, T., Sato, F., Matsuki, H., Sato, T.agnetic, "Magnetic nondestructive detection of cracks in a distribution line", IEEE Transactions on Magnetics, Vol.37, No.4/1, pp.2746-2748, 2001. crossref(new window)

Hyoung-Jun Gil, Chung-Seog Choi, Bok-Hee Lee, " The Analysis of Ground Potential Rise for Shapes of Grounding Electrode Using Hemispherical Grounding Simulation System", The transactions of the Korean institute of electrical engineers, Vol.54, No.7, pp.319-325, 2005.

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