Finite element thermomechanical simulati

This paper presents a finite element thermomechanical simulation of steel continuous casting, aiming to improve the understanding of the thermal and mechanical behavior during the casting process. The objective is to develop a reliable computational model that accurately predicts temperature distributions and stresses within the casting setup. A detailed methodology involving the use of finite element analysis (FEA) is employed, incorporating specific material properties and the continuous casting process parameters. The model is validated against experimental data, ensuring its accuracy in predicting critical aspects of the casting process. The results highlight the correlation between temperature gradients and induced mechanical stresses, providing insights into optimizing the casting process to minimize defects such as cracking and deformation. This study contributes valuable advancements to the field of metallurgy, particularly in enhancing the performance of steel casting techniques. The findings underscore the importance of simulation in modern casting practices, paving the way for future research in this domain.