Enhancing female breast modelling: advanced strategies in the case study of a plane wave exposure

Exploring the intricate interaction betwee electromagnetic fields and the human body is essential for industrial and health applications and to do this, computational dosimetry serves as a robust tool for numerically assessing human exposure. By addressing limitations in existing whole-body female model, the objective of this work is to create a realistic and enhanced female breast model and then highlight the need to consider realistic shapes when analyzing the influence of the breast on specific absorption rate induced by a numerical plane wave at 2.45 GHz.