Materials scienceSyllabus

Subject code

İF-3681m

Credits

5

Student workload

150

Semester

Autumn semester

Academic year

2025-2026

Subject type

Mandatory

Form of education

Full-time

Language of instruction

Azerbaijani

In-class hours

a) 30 saat – mühazirə; b) 15 saat – laboratoriya;

Out-of-class hours

a) sərbəst iş - 63 saat, b) hazırlıq - 42 saat

Students will learn the formation of the structure of materials, linear and non-linear stress-strain behavior, the effect of the interatomic bond energy of metals and alloys, alloy composition and crystal structure on properties, test methods for determining the mechanical properties of materials with different stresses, the mechanisms of material strengthening, the creation of a relationship between the chemical composition, crystal structure and properties of metallic materials, the principles of deformation and disintegration, the formation and propagation of cracks mechanisms, the causes of creep and fatigue, as well as the principles of selecting materials with the required operational properties, and the necessary knowledge and skills about managing the alloy structure are intended to be taught.

• lecture
• laboratory work
• presentations
• interactive discussion

No learning outcomes have been added.

1. 1.
   Introduction to materials science. the purpose of the subject. classification of materials, comparative analysis of their structure and properties. material selection criteriaLecture

   Basic concepts of materials science and principles of material selection

2. 2.
   Interatomic bonding in solids. the structure of crystalline solidsLecture

   Study of types of interatomic bonds and crystal structure

3. 3.
   Crystallization. defects in crystalline solidsLecture

   Crystallization process and structural defects in materials

4. 4.
   Structure of alloys. diffusion in metals and alloysLecture

   Structure formation and diffusion phenomena in alloys

5. 5.
   Mechanical properties of metals and their determination methods. disruptionLecture

   Mechanical testing methods and materials breakdown mechanisms

6. 6.
   Deformation of metals. mechanisms of dislocation and strengthening of metal alloysLecture

   Theory of plastic deformation and strengthening methods

7. 7.
   State diagrams. binary alloy systemsLecture

   Phase equilibria in two-component alloy systems

8. 8.
   Iron-iron carbide state diagram. phase transformations, microstructure change in iron-carbon alloys. effect of alloying elements on fe-c alloysLecture

   Phase transformations and alloying of the iron-carbon system

9. 9.
   Processing and application of metal alloys. types of metal alloys. iron alloysLecture

   Classification of metal alloys and industrial applications

10. 10.
    Technologies for obtaining products from metals and alloys. dispersion reinforcementLecture

    Methods of production of products and dispersion reinforcement

11. 11.
    Structure and properties of ceramic materialsLecture

    Structure and properties of ceramic materials

12. 12.
    Polymeric materials. structure of polymers, types of polymers, properties and applicationLecture

    Chemical structure, types and application of polymers

13. 13.
    Classification, structure, properties and fields of application of composite materialsLecture

    Types of composite materials and their industrial importance

14. 14.
    Corrosion of materials and methods of protection. corrosion resistant metals and alloysLecture

    Corrosion types and protection technologies

15. 15.
    Economic, environmental and social issues in materials scienceLecture

    Environmental and social aspects of materials production

No reading list has been added.