Prepare alloy specimens for microstructural observation and measurement of hardness profile.Examine the role of phase equilibria and diffusion in the context of relevant applications - alloys, batteries, fuel cells, etc. Use thermodynamics and computational tools to predict and interpret phase equilibria in simple unary and binary systems.Describe the equilibrium thermodynamics of point defects in both crystalline solids.Utilize an understanding of the role of point defects in diffusion and atomistic behavior of solids. Utilize ternary phase diagrams to follow crystallization paths and predict microstructure evolution.Navigate binary and ternary phase diagrams to assess phase equilibrium of mixtures.Construct schematic phase diagrams from elementary thermodynamics. Classify, interpret, and analyze Type I, II, and III phase diagrams.At the conclusion of the course students will be able to:
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