ABSTRACT

In this study, we employ computational methods to investigate the alloy potentials and heat of solutions of bronze alloys. Through rigorous analysis, we identify thermodynamic properties indicative of favorable performance in practical applications. The calculated alloy potentials suggest robust thermodynamic stability, essential for ensuring structural integrity and longevity. Additionally, heat of solutions calculations provide insights into energy dynamics crucial for optimizing alloy composition and manufacturing processes. Our findings underscore the importance of considering thermodynamic behavior in the design and development of bronze alloys.