(Lecture notes are also available in the University Copy Centre).
Lecture 1: Objectives, structure and assessment of the course. Lecture 2: General introduction to materials Lecture 3: Structure of crystalline solids Lecture 4: Imperfections in solids -1 Lecture 5: Imperfections in solids -2 Lecture 6: Diffusion in solids and engineering applications Supplementary Lecture: Weibull Strength of Brittle Materials Lecture 7: Mechanical properties of metals Lecture 8: Dislocation and strengthening mechanisms - 1 Lecture 9: Dislocation and strengthening mechanisms - 2 Lecture 10: Failure of solids - 1 Lecture 11: Failure of solids - 2 Lecture 12: Failure of solids - 3 Lecture 13: Phase diagrams - 1 Lecture 14: Phase diagrams - 2
Supplementary Lecture Notes Lecture 15: Annealing and heat treatment Lecture 16: Precipitation hardening Lecture 17: Electrical Properties of Materials Lecture 18: Semiconductors Lecture 19: Dielectric Behaviour Lecture 20: Magnetic Properties of Materials Lecture 21: Thermal Properties of Solid Materials
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Last Updated: 10/11/00
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