Dragan Poljak

TL;DR: In this article, the authors deal with some computational aspects of modeling the lightning return strokes using the full wave model using the Galerkin-Bubnov Indirect Boundary Element Method (GB-IBEM).

Abstract: The paper deals with the deterministic-stochastic model of the human body represented as cylindrical antenna illuminated by a low frequency electric field. Both analytical and numerical (Galerkin-Bubnov scheme of Boundary Element Method) deterministic solutions of the problem are outlined. This contribution introduces the new perspective of the problem: the variability inherent to input parameters, such as the height of the body, the shape of the body, and the conductivity of body tissue, is propagated to the output of interest (induced axial current). The stochastic approach is based on the stochastic collocation (SC) method. Computational examples show the mean trend of both analytically and numerically computed axial current with the confidence margins for different set of input random variables. The results point out the possibility of improving the efficiency in calculation of basic restriction parameter values in electromagnetic dosimetry.

TL;DR: In this paper, the authors compared the numerical results for the induced electric field, the specific absorption rate (SAR), and the corresponding temperature increase in two detailed models of the human eye.

TL;DR: In this article, the sensitivity analysis of the transient impedance of the horizontal grounding electrode is performed to determine the influence of each variable as well as the combination of variables on the transverse impedance.

TL;DR: A wideband electric field probe consisting of a diode detector connected to a low-pass filter is analyzed and it is shown that the probe responds differently for large and small signals.