A Study on the thermal conduction analysis method for the establishment of fertility preservation surgery
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In recent years, due to improvements in computer performance and advancements in numerical calculation techniques, frequency response analysis of spaces with complex shapes[1][2], such as the human body, as well as high-frequency electromagnetic fields ranging from MHz to GHz that propagate over large areas like room scales[3], have become subjects of analysis. Microwave scalpels are used in medical settings.In performing surgeries using microwave scalpels, it is necessary to investigate the thermal effects on the biological body to ensure fertility. While microwave scalpels have advantages, such as maintaining the operator's field of vision, they also operate at a high output of 100W. Therefore, developing high-precision preoperative simulations for fertility-preserving surgeries is essential. Our research group is working on developing a thermal conduction coupled analysis of the human body to construct this high-precision preoperative simulation for fertility-preserving surgeries. In this study, we are using software called ADVENTURE_Thermal, which is research-driven software, to analyze the thermal conduction and guide our research direction.
