Upon the Influence of Charge Image on the Electric Field Intensity

Sălceanu, Alexandru; Lunca, Eduard; Alistar, Bogdan Dumitru; Ursache, Silviu

doi:10.1109/sielmen.2019.8905895

Cited by 4 publications

(1 citation statement)

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“…In [18], we presented compelling simulations and results that demonstrate the irrelevant influence of the trunk orientation upon the surface current density distribution. This conclusion was, in principle, expected in this current study, with the incidental electric field variations being virtually negligible.…”

Section: The Cst-developed Model and The Acquired Results And Their Rmentioning

confidence: 95%

On the coupling influence of the relative position of human trunk with respect to the overhead high-voltage power line

et al. 2020

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<p class="Abstract">In this article, we present our study of the relevance of the relative position of the human torso with respect to the plane of the supporting pylons of various Overhead High-Voltage Power Lines from the perspective of currents induced by the generated magnetic fields. A homogenous model of the human body that considers the trunk as an elliptic cylinder has been developed in CST Studio software. Due to the necessary theoretical brevity, the results obtained by the simulation for the loop currents along the perimeters associated with the large (28 cm) and, respectively, the small (16 cm) axis of the elliptical cross-section of the trunk are presented and discussed. Simulations have been performed for five relative positions (0°, 30°, 45°, 60°, 90°) of the human trunk with respect to the plane of the transmission towers and for two types of symmetric, double three-phase networks (110 kV and 640 A, 220 kV and 960 A, respectively), with the normal supporting poles SN 110252. We present the solutions and the selected boundary conditions with the aim of using CST software in the domain of industrial frequency. The obtained results make it possible to formulate recommendations on the reduction of human exposure to magnetic fields.</p>

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Section: The Cst-developed Model and The Acquired Results And Their Rmentioning

confidence: 95%