Materiallar texnologiyasıSyllabus

Subject code

İF-3262y

Credits

6

Student workload

180

Semester

Spring 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; c) 15 saat – məşğələ

Out-of-class hours

a) sərbəst iş - 72 saat, b) hazırlıq - 48 saat

“materiallar texnologiyası” fənninin keçilməsində məqsəd 050627 “metallurgiya mühəndisliyi” ixtisası üzrə bakalavr pilləsində təhsilalanlarda materiallarının istehsalı,onlardan pəstahların, maşın detallarının hazırlanma texnologiyasının müasir, səmərəli və mütərəqqi üsullarından tətbiq edilən avadanlıq və alətlərin konstruksiyasından həmcinin onların iş prinsipinin mənimsənilməsindən ibarətdir.

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

1. 1

   CLO 1: This subject introduces modern and traditional methods of shaping engineering materials through mechanical and thermal processing. students will learn the principles of creating commercially significant parts using the integrative use of cutting, welding, die-casting, and casting processes. the technological limitations and ways to solve them will be analyzed during the industrial scale processing of different types of materials, including composites and special steels. at the end of the course, students will be able to plan the most competitive and energy-saving production technology according to the characteristics of the part based on the given drawing.

1. 1.
   The nature and purpose of the course. types of construction materials and areas of applicationLecture

   The purpose of the subject is to study the classification of the main construction materials used in the industry and their application areas in modern engineering.

2. 2.
   Atom-crystalline structure and structural elements of metals. crystal structure of alloys. basic properties of metals and alloysLecture

   Analysis of internal crystal lattice types of metals and alloys, structural defects and their influence on physical-mechanical properties

3. 3.
   Modern metallurgical production. materials used in the production of metals and alloys. cast iron production and products. the essence and stages of the steel production processLecture

   Basics of ferrous metallurgy, production of pig iron through the blast furnace process and technological stages of steel production by various methods

4. 4.
   The essence and types of pressure processing of metals. effect of pressure treatment on the structure and properties of metal. heating devices and heating mode in pressure processingLecture

   Physical basis of plastic deformation, changes in the structure of metal during pressure treatment and determination of heating regimes

5. 5.
   Spreading process. rolling machines and pipe rolling. pressing and its types. pull and stretchLecture

   Technology of rolling, pressing and stretching operations, used equipment and methods of obtaining profiles

6. 6.
   The essence, operations and equipment of the free forging process. development of the technology of the forging process. red hot volume stamping. plate stamping process. hammers and tools used in stampingLecture

   Technology of free forging and stamping (volume and sheet) processes, selection of necessary hammer and press equipment

7. 7.
   The essence of casting production. mold materials. model kit. mold and filler compoundsLecture

   Fundamentals of casting, model kit preparation, and composition and properties of mold/infill mixtures

8. 8.
   The casting system and its role in casting. types of sand-clay moulds. mold making technology by hand and by machine. technology of making mold fillingsLecture

   Elements of a casting system, the process of forming molds and making complex fillings by hand or machine

9. 9.
   General characteristics of welding production. welding joint. electric arc and its properties. manual and automatic submersible electric arc welding. electric-arc welding in shielding gas environmentLecture

   Physical basis of welding processes, properties of electric arc, welding technologies in flux and shielding gas environment

10. 10.
    Gas welding and gas cutting. flame characteristics and equipment used in gas weldingLecture

    Chemical basis of gas welding and cutting processes, types of gas flame and structure of used apparatus

11. 11.
    Contact source and its types. the essence of the soldering processLecture

    Electric-thermal basics of contact (spot, seam) welding and features of metal soldering technology

12. 12.
    Processing of metals by cutting. cuts, cut mode and geometry of cut layer. forces acting on shear.Lecture

    Theory of the cutting process, geometry of the tool, determination of cutting modes and analysis of the cutting forces generated during the process

13. 13.
    Classification of metal cutting machines. processing of pasta on lathes and punching machines. the structure of the lathe and the work done on it.Lecture

    Types of mechanical processing machines, especially the kinematics of lathes and punching machines and the technological operations performed on them.

14. 14.
    Classification of composite materials and production technologyLecture

    Types of composites consisting of matrix and reinforcing elements, their special properties and industrial production technologies

15. 15.
    Preparation of non-metallic materials and articles from themLecture

    Properties of non-metallic materials such as plastics, rubbers, ceramics and glass and their shaping (processing) methods

1. R.g. huseynov "materials technology" textbook, baku 2025, 432 pages.