1. Introduction to the subject. Material overview, basic classification and industrial application.
2. Structure properties of materials I: Crystal structures of elements and binary alloys. Structure defects of lattices of metals and alloys. Diffusion in metallic systems.
3. Structure properties of materials II: Solid solutions, intermediary phases, mechanical mixtures. Phase transformations, thermodynamics and kinetics. Equilibrium phase diagrams, basic transformations, Binary systems and Fe-C system.
4. Basic mechanical properties of materials and evaluation methods.
5. Metallic alloys I: basic types of steels; alloying effect on the properties; cast iron.
6. Metallic alloys II: copper alloys; aluminum alloys; magnesium alloys. Properties and application.
7. Metallic alloys III: nickel alloys; titanium alloys; alloys of refractory metals. Properties and application.
8. Metallic alloys IV: intermetallic alloys; biocompatible materials; functionally graded materials; metallic glasses. Properties and application.
9. Materials with electromagnetic properties. Magnets, superconductors, semiconductors. Properties and application.
10. Amorphous materials; polymeric materials; natural materials; ceramic materials. Properties and application.
12. Composite materials: metallic, ceramic or polymeric matrix. Properties and application.
13. Protective layers and coatings of various purpose.
14. Consultation to semester project.
2. Structure properties of materials I: Crystal structures of elements and binary alloys. Structure defects of lattices of metals and alloys. Diffusion in metallic systems.
3. Structure properties of materials II: Solid solutions, intermediary phases, mechanical mixtures. Phase transformations, thermodynamics and kinetics. Equilibrium phase diagrams, basic transformations, Binary systems and Fe-C system.
4. Basic mechanical properties of materials and evaluation methods.
5. Metallic alloys I: basic types of steels; alloying effect on the properties; cast iron.
6. Metallic alloys II: copper alloys; aluminum alloys; magnesium alloys. Properties and application.
7. Metallic alloys III: nickel alloys; titanium alloys; alloys of refractory metals. Properties and application.
8. Metallic alloys IV: intermetallic alloys; biocompatible materials; functionally graded materials; metallic glasses. Properties and application.
9. Materials with electromagnetic properties. Magnets, superconductors, semiconductors. Properties and application.
10. Amorphous materials; polymeric materials; natural materials; ceramic materials. Properties and application.
12. Composite materials: metallic, ceramic or polymeric matrix. Properties and application.
13. Protective layers and coatings of various purpose.
14. Consultation to semester project.