Syllabus
1. Nanomaterials.
Preparation of nanomaterials. Electric resistance, magnetic properties, and plastic deformation of nanocrystals. 2.
Superalloys. Technology, properties, applications. 2.
Rapidly solidified materials. Methods of rapid solidification.
The influence of rapid cooling on structure and properties. 3. Powder metallurgy.
Powder production, powder consolidation, mechanical alloying. 4. Ceramic materials.
Technology and mechanical properties of ceramics. Ceramic materials in electronics and medicine. 5.
Metal and ceramics foams. Technology, properties, applications.
Annotation
Preparation and physical properties of nanomaterials. Physical fundamentals and properties of superalloys.
Materials prepared using rapid solidification. Ceramics. Metal and ceramics foams. Powder metallurgy, mechanical alloying. For the 5th grade and graduate students (PGDS). Prerequisite is FPL135, FPL139, FPL140.