Andreas Christ

TL;DR: All tissues and organs were reconstructed as three-dimensional unstructured triangulated surface objects, yielding high precision images of individual features of the body, which greatly enhances the meshing flexibility and the accuracy in comparison with the traditional voxel-based representation of anatomical models.

TL;DR: In this paper, an exposure assessment of a representative wireless power transfer system, under a limited set of operating conditions, is provided in order to estimate the maximum electromagnetic exposure levels, where the system operates at low MHz frequencies and achieves power transfer via near field coupling between two resonant coils located within a few meters of each other.

TL;DR: In this article, specific absorption rates (SAR) determined computationally in the specific anthropomorphic mannequin (SAM) and anatomically correct models of the human head when exposed to a mobile phone model are compared as part of a study organized by IEEE Standards Coordinating Committee 34, Sub-Committee 2, and Working Group 2.

TL;DR: In this paper, the authors used the same methods considering different locations of the body and the respective variations of the tissue structures and dimensions, showing a significant increase of 2.2-4.7 dB of the peak spatial specific absorption rate (SAR) in comparison to the values assessed with standard liquids.

TL;DR: The safety guidelines and the fundamental coupling mechanisms of the human body with the electromagnetic near fields of WPT are reviewed as well as the methodology and the instrumentation for the demonstration of the safety of such systems operating between 100 kHz and 50 MHz.