Abstract
The paper deals with the analysis of the magnetic fleld distribution near the transition tower of an overhead-underground transmission line of 110kV. The current density induced in the human body due to this fleld is also estimated. A hybrid numerical technique combining both the boundary element method and the charge simulation method is employed for this purpose. This technique is implemented in the author's own software package dedicated to the analysis of electromagnetic exposure in the vicinity of power objects. A simplifled numerical model of the human body of dimensions recommended by the IEC/EN standards is employed in computations. Obtained numerical results are related to the appropriate regulations regarding the human exposure to the electromagnetic flelds.
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