Safety Assessment of Human with Metal Implants Exposed to Magnetic Field Based on Numerical Method

This paper presents the dosimetric evaluation of the human exposure to electromagnetic fields from an Electric vehicles power supply system working from 10-Hz to 10 MHz. A realistic siting human model is deformed, and a metal implant model is developed to assessment the induced electrical field. We perform the quasi-static calculation for the 99th percentile induced electric field and current density. The results show that when the population implanted with metal objects is exposed to the electric vehicle induced magnetic field environment, the induced electric field value is higher than the general population but still below the existing guideline restrictions.