Materials scienceSyllabus

Subject code

İF-3681y-s

Credits

5

Student workload

150

Semester

Spring semester

Academic year

2025-2026

Subject type

Mandatory

Form of education

Full-time

Language of instruction

Azerbaijani

In-class hours

a) 45 saat – mühazirə; b) 15 saat – laboratoriya

Out-of-class hours

a) sərbəst iş - 54 saat, b) hazırlıq - 36saat

The main goal of teaching the subject "materials science" is to impart certain knowledge to bachelors and masters about the nature and properties of special-purpose materials - metals, non-metals, plastic masses, as well as methods of increasing their complex properties for more efficient use in technology, to teach future specialists about the classification of metal and metallic products, the creation of relationships between the methods of obtaining these materials, their composition, composition and properties, to inculcate general knowledge about the fields of application, and to teach the future specialists about the fields of application of metals and metallic alloys. it is to acquire certain experience about the methods of increasing the quality and properties of various methods.

• lecture
• laboratory work
• interactive discussion
• presentations

No learning outcomes have been added.

1. 1.
   Introduction. the essence, goals and tasks of the material science subjectLecture

   Crystal structure of metals, defects, dislocation, diffusion

2. 2.
   Atom-crystal lattices, structure and properties of metalsLecture

   Crystal lattice defects, anisotropy, real structure

3. 3.
   Three aggregate states of matter. liquid metal crystallizationLecture

   Crystallization mechanism, thermal cooling curves

4. 4.
   General properties of metalsLecture

   Mechanical, physical, chemical, technological properties, gibbs rule

5. 5.
   Structure of two-component alloy systemsLecture

   Mechanical mixture, solid solutions, chemical compounds

6. 6.
   Construction of state diagrams of alloysLecture

   Diagrams of i-iv type, law of phases

7. 7.
   Iron-carbon (iron-cementite) state diagramLecture

   Fe-c diagram, phase and structural transformations

8. 8.
   Steels and cast ironsLecture

   Classification, carbon steels, types of cast iron

9. 9.
   Thermal processing, types and technologiesLecture

   Processing methods, selection of modes, phase transformations

10. 10.
    Thermal processing and transformations of steelLecture

    Mechanisms of transformation during heating and cooling

11. 11.
    Structural steelsLecture

    Classification, chemical composition, division according to properties

12. 12.
    Kte and thermo-mechanical processing (tme)Lecture

    Kte and TME types, technology

13. 13.
    Al, cu and titanium alloysLecture

    Brands, properties, processing of non-ferrous metals

14. 14.
    Steel and alloys with special chemical-physical propertiesLecture

    Classification, structures and properties

15. 15.
    Copper and non-metallic materialsLecture

    Plastic, rubber, glass and wood materials

16. 16.
    Composition materialsLecture

    Classification, acquisition, properties and application

17. 17.
    Steels with special chemical and physical propertiesSeminar

    Practical exercise of topic 14

18. 18.
    Structural transformations in heat treatmentSeminar

    Practice of topics 9 and 10

19. 19.
    Liquid metal crystallization processSeminar

    Practical exercise of topic 3

20. 20.
    Requirements for structural steelsSeminar

    Practical exercise of topic 11

21. 21.
    Thermo-mechanical processing (tme)Seminar

    Practical exercise of topic 12

22. 22.
    Construction steels (laboratory)Laboratory

    Laboratory work of topic 11

23. 23.
    Non-metallic materialsLaboratory

    Laboratory work of subject 15

No reading list has been added.