A multiscale slice model for continuous

This paper presents a multiscale slice model specifically tailored for the continuous casting of steel, aiming to enhance the understanding of the casting process and improve product quality. The objective of this research is to develop a comprehensive modeling framework that integrates various scales of physical phenomena occurring during steel casting. Methodologically, a simple Lagrangian traveling slice approach is employed, which allows for the simulation of thermal and fluid dynamics within the cast steel. The model captures the complex interactions between fluid flow, heat transfer, and solidification, facilitated through numerical simulations. Results indicate that the implemented model effectively predicts key parameters involved in the continuous casting process, such as temperature distribution and the dynamics of liquid metal flow. The findings underline the importance of multiscale modeling in advancing steel production techniques, suggesting potential improvements in efficiency and quality control. This study serves as a foundation for future developments and optimization in steel manufacturing processes.