059 Recent Progress of EPM in Steelmaking Casting and Solidification Processing

This paper reviews the recent trends in electromagnetic processing of materials with a focus on its applications in steelmaking and solidification. The objective is to elucidate the advancements made in utilizing electromagnetic fields for improving quality and efficiency in casting processes. Various methodologies, including the use of high magnetic fields and electromagnetic vibrations, are explored to optimize the solidification process by influencing melt flow and microstructure evolution. It highlights the potential of high magnetic fields for controlling micro-scale melt flow and discusses the thermoelectromagnetic effect which has implications for dendritic solidification. Additionally, the paper presents innovative uses of microwaves in material processing, noting their unique capabilities for enhancing technological outcomes in steelmaking. The findings indicate that integrating these electromagnetic technologies can significantly advance the manufacturing processes involved in material sciences, especially in steel production and casting. Emphasizing these techniques can lead to innovations in solidification processes and contribute to the development of new materials with improved properties.