Əlvan metalların istehsalının əsaslarıSyllabus

Subject code

İF-3686y

Credits

6

Student workload

180

Semester

Autumn 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; c) 15 saat – məşğələ

Out-of-class hours

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

“əlvan metaların istehsalının əsasları” fənninin tədrisində məqsəd 050627- “metallurgiya mühəndisliyi” ixtisası üzrə təhsil alan tələbələrə əlvan metalların təsnifatı, xassələri, ərintilərinin istehsal texnologiyası və texnoloji əsaslarını mənimsətməkdən ibarətdir. bunun üçün tələbələrə əlvan metalların əridilməsi, tökmə üsulları ilə müxtəlif təyinatlı töküklərin hazırlanması, əlvan metal ərintilərinin termiki emalı və sənayedə tətbiqi, əlvan metal yonqarlarının alınma proseslərini öyrətməkdir. fənnin öyrənilməsində məqsəd əlvan metalların istehsal sahələri üçün ixtisasçılar hazırlamaqdır.bu baxımdan sözügedən fənnin tədrisi aktualdır.

• lecture
• laboratory work
• seminar
• presentations
• interactive discussion

1. 1

   CLO 1: "metallurgy of non-ferrous metals" subject teaches students the internal structure, phase transformations and properties of metals such as aluminum, copper, titanium and their alloys. students master the alloying and heat treatment technologies applied to improve the properties of these materials, such as lightness and corrosion resistance. ultimately, they gain the ability to freely select and manufacture optimal non-ferrous metals for aerospace, electronics, and automotive projects.

1. 1.
   The nature and purpose of the course. classification of non-ferrous metalsLecture

   The main tasks of non-ferrous metallurgy, the grouping of metals according to their physical and chemical properties and the structure of production

2. 2.
   Al productionLecture

   Raw material base of aluminum, technological scheme of production by bayer process and electrolysis method

3. 3.
   Properties and alloys of alLecture

   Physical, chemical, mechanical properties of aluminum and widely used main alloy groups

4. 4.
   Purchase of al powder, al alloy granulesLecture

   Principles of powder metallurgy, production of aluminum powder and granules by atomization method

5. 5.
   Thermal processing of al alloysLecture

   Theoretical basis of tempering and aging regime to increase the strength of aluminum alloys

6. 6.
   Deformable, non-hardened and heat-hardened al alloysLecture

   Classification and differences of al alloys used in bar, plate and profile production

7. 7.
   Cast and refractory al alloysLecture

   High castability alloys and their suitability for industrial casting molds

8. 8.
   Production of mgLecture

   Magnesium ores, thermal recovery and electrolytic extraction technologies

9. 9.
   Properties of mg and its alloysLecture

   Lightness of magnesium, chemical activity and characteristics of alloys obtained as a result of alloying

10. 10.
    Production of beryllium and its alloysLecture

    Difficulties in obtaining beryllium as a rare metal and properties of special purpose alloys

11. 11.
    Copper productionLecture

    Pyrometallurgical and hydrometallurgical schemes of copper metallurgy

12. 12.
    Copper ores, minerals, concentratesLecture

    Industrially important copper minerals (chalcopyrite, bornite, etc.) and their enrichment

13. 13.
    Copper alloys (bronzes and its varieties)Lecture

    Classification, marking and mechanical properties of copper-zinc system bronzes

14. 14.
    Purchase of copper and its alloysLecture

    Electrolysis and mechanical dusting methods for obtaining copper-based powders and scraps

15. 15.
    Bronzes and its brandsLecture

    Classification and marking rules of copper-tin and other systemic bronzes (with aluminum, beryllium).

16. 16.
    Titanium productionLecture

    Chlorination of titanium ores and recovery of the metal by the kroll process (magnesothermy).

17. 17.
    Titanium-based alloysLecture

    Alloying of titanium and structure of titanium alloys

18. 18.
    Thermal processing of titanium alloys and application in industryLecture

    Coating, aging and applications of titanium alloys in aviation and space technology

19. 19.
    Recycling of non-ferrous metalsLecture

    Environmental/economic basis for collecting, sorting and remelting secondary nonferrous metal waste (scrap)

20. 20.
    Recycling of copper and its alloysLecture

    Refining of copper waste, extraction of copper from slag and re-converting process

21. 21.
    Recycling of aluminum and its alloysLecture

    Smelting of secondary aluminum scrap, flux application and quality standards for re-alloys

22. 22.
    Recycling of alloysLecture

    Generalization of recycling of all non-ferrous metal alloys, complex waste separation and management

1. Shukurov r.i. . "metalology and thermal processing" baku, sabah, 2020, 508 pages.