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Learn thermodynamic modeling fundamentals through this 25-minute lecture that explores Gibbs energy modeling approaches for materials science applications. Examine different types of phases and their thermodynamic behavior, starting with unary models before progressing to binary and higher-order systems. Discover the limitations of traditional solution models and understand why more sophisticated modeling frameworks are necessary for accurate thermodynamic predictions. Explore the sublattice formalism as an advanced modeling technique and investigate the thermodynamic properties of intermetallic phases, gaining essential knowledge for computational thermodynamics and materials design.
