1. Introduction - metals, metalloids and semimetals. Alloys.
2. Structure properties of materials I. - crystal structures and structure defects of metals and metals alloys.
3. Structure properties of materials II. - phase diagrams and phase transformations. Thermodynamics of metals.
4. Mechanical properties of material - tensile test, impact test, bending test, hardness tests. Creep.
5. Constructional materials - Fe-C phase diagrams. Chemical and structure transformations. Steels and their properties.
6. Metal alloys I. - Cu, Al alloys - properties and applications.
7. Metal alloys II. - Ni alloys - properties and applications. Hight-melting alloys (Ti, W, Nb et al.) - properties and applications.
8. Metal alloys III. – Intermetallic compounds and their applications. Biocompatible materials, functionally gradient materials. Biocompatible intermetalic compounds, characterization and application.
9. Amorphous and polymer materials – glass characteristics, physical and chemical properties. Special glasses.
10. Materials with electromagnetic properties. Metallic glass, magnetic materials and superconductors.
11. Ceramic materials.
12. Composite materials.
13. Natural materials.
14. Semiconductors – preparation technologies, physical properties and characterization. Semiconductors structures.
Theoretical exercise:
1. Introduction – semester work and project assignment.
2. Crystallography – basic crystallographic lattice, determination crystallography direction and planes.
3. Equilibrium diagrams of binary and ternary – characterization and phase transformations.
4. Mechanical properties of materials.
5. Polymer materials – polymer reaction, application in industry.
6.-7. Presentation of semester work. Consultation.
2. Structure properties of materials I. - crystal structures and structure defects of metals and metals alloys.
3. Structure properties of materials II. - phase diagrams and phase transformations. Thermodynamics of metals.
4. Mechanical properties of material - tensile test, impact test, bending test, hardness tests. Creep.
5. Constructional materials - Fe-C phase diagrams. Chemical and structure transformations. Steels and their properties.
6. Metal alloys I. - Cu, Al alloys - properties and applications.
7. Metal alloys II. - Ni alloys - properties and applications. Hight-melting alloys (Ti, W, Nb et al.) - properties and applications.
8. Metal alloys III. – Intermetallic compounds and their applications. Biocompatible materials, functionally gradient materials. Biocompatible intermetalic compounds, characterization and application.
9. Amorphous and polymer materials – glass characteristics, physical and chemical properties. Special glasses.
10. Materials with electromagnetic properties. Metallic glass, magnetic materials and superconductors.
11. Ceramic materials.
12. Composite materials.
13. Natural materials.
14. Semiconductors – preparation technologies, physical properties and characterization. Semiconductors structures.
Theoretical exercise:
1. Introduction – semester work and project assignment.
2. Crystallography – basic crystallographic lattice, determination crystallography direction and planes.
3. Equilibrium diagrams of binary and ternary – characterization and phase transformations.
4. Mechanical properties of materials.
5. Polymer materials – polymer reaction, application in industry.
6.-7. Presentation of semester work. Consultation.