Defects in Crystalline Solids Part II
Online
4 WeeksQuick Facts
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Courses and Certificate Fees
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The Syllabus
- Dislocations in FCC
- Partial Dislocations
- Thompson’s Tetrahedron; Cottrell Lock
- Lomer-Cottrell Lock; Intersection of extended dislocations
- Dislocations in BCC
- HCP and other systems
- Dislocations in Superlattices; Kear-Wilsdorf Locks
- Interaction of dislocations with vacancies and its effect on plasticity
- Strengthening mechanisms due to interaction of dislocations with interfaces, precipitates, inclusions; Dislocation generation mechanisms
- Dislocations and Grain boundaries
- Read-Shockley model for Low angle grain boundaries
- A modified model for LAGB energy
- Energy of LAGBs from dislocation model
- CSL boundaries and secondary dislocations; Geometrically necessary dislocations (GNDs) and Statistically Stored Dislocations (SSDs)