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Covers the formation, classes, and properties of intermetallic compounds, including specific examples like titanium aluminides, nickel aluminides, and iron aluminides.
Covers the fundamentals of steel metallurgy, including high-performance steel classes, steelmaking process, importance of steels, classification, alloying elements, phases, and heat treatment.
Delves into using electrical resistivity measurements to characterize microstructural features of metallic systems, including monitoring precipitation kinetics and evaluating solid solubility evolution.
Explores the properties and applications of copper alloys, including conductivity, stability, structural hardening, and the characteristics of bronzes and brasses.
Covers the composition, properties, and applications of aluminum alloys, including mechanical properties of heat-treatable and work-hardened alloys, and structural light alloys like aluminum, magnesium, and titanium.
Explores the composition, fabrication, and properties of Ni alloys, including single crystal parts, casting defects, microsegregation, heat treatment, and mechanical behavior.
Explores the design of high-performance alloys, the materials development process, multi-component systems, ICME, CALPHAD approach, and experimental phase diagram investigation.
Covers the fundamentals of steel metallurgy, high-performance steel classes, steelmaking process, Fe-C diagram, phases in steel, alloying elements, and heat treatment of steels.
