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Physical Metallurgy >> Content Detail



Lecture Notes



Lecture Notes

 Lecture notes have been provided where available.

SES #TOPICS
I. Perfect Crystals
1Structure: Miller Indices, BCC, FCC, HCP
2Deformation: Slip Systems, Uniaxial Stress-strain, Yield Strength and Hardness (PDF)
3Deformation: Slip Systems, Uniaxial Stress-Strain, Yield Strength and Hardness (cont.) (PDF)
II. Crystalline Defects
41D: Vacancies and Interstitials (PDF)
52D: Dislocations

Introduction to 2D Defects (PDF)
62D: Dislocations (cont.)

Edge: Structure, b and ζ, Self Energy Ψ (PDF)
72D: Dislocations (cont.)

Screw: Structure, b and ζ, Self Energy Ψ (PDF - 2.2 MB)
82D: Dislocations (cont.)

Dislocation Interactions: Kinks and Jogs (PDF)
92D: Dislocations (cont.)

Peach-Kohler Forces (PDF)
103D: Grain Boundaries (PDF)

Dipoles

Tilts

Large vs. Small Angle

Coincident Site Lattices
11Physical/Chemical Effects (PDF)

Recovery, Recrystallization, Grain Growth

Corrosion

Solute Aggregation
12Mechanical Effects (PDF)

Strengthening

Grain Size Effects

Amorphous Limit

Creep
13Midterm
III. Kinetic Processes
14-15Nucleation
16Growth
17Coarsening
18-21Spinodal Decomposition: Metastable Phase
22-23Recovery, Recrystallization and Grain Growth
IV. Case Studies
24-25Interconnect Design
26Drug Delivery Device Design
27Magnetic Hard Drive Design
28Final Exam

 








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