Abstract: In this study, a computational model using the charge simulation method to simulate the human body located under 500kV and 132kV transmission lines is described. The distribution of the surface electro static field on the human body at different sandy soil layers, permittivities, conductivities and thickness will be investigated. The induced current distribution within the body at different sandy soil layers permittivities, conductivities, and thicknesses will be also presented.
Ossama E. Gouda , Ghada M. Amer and Adel Z. Al Dein , 2005. Computational Aspects to Study the Effect of Electrostatic Field of High Voltages Transmission Lines on the Human Body . Asian Journal of Information Technology, 4: 345-355.