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The present study discusses the specific absorption rate (SAR) due to magnetic fields of a wireless power transfer system in the 10 MHz frequency band. Multigrid method is implemented in the quasi-static electromagnetic analysis of induced electric field in the human body to reduce the computational time to investigate the variability of SAR in different exposure scenarios. The computational time...
In this paper, new anatomical models of the human body are developed taking into account the respiration physiology and the pulmonary mechanics. These models have been implemented with an automatic procedure, starting from the Visible Human and from the Duke of the Virtual Family. The obtained models can be used to evaluate the electromagnetic absorption and scattering, with particular reference to...
Railway power supply and pipelines are often close to each other and in case of a strong parallelism, an induced voltage can appear on the overground metallic part of the gas equipment. The value of the induced voltage depends of many parameters such as the power line and the pipeline vicinity, the supply current, the ground characteristics and the parallelism between these two infrastructures. The...
Recently, there is a growing concern regarding the effects of electromagnetic waves emanating from wireless communication devices on the health of humans. The specific absorption rate in a human body is estimated by the finite-difference time domain (FDTD) method with anatomically realistic computational human models. To improve the method's calculation speed and realize large-scale computing with...
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