AZTUProgrammes

Subject · Mechanical engineering-bachelor

Materials technologyTopics

İF-3298m5 creditsSpring semesterMandatory2025-2026

Topic plan

The subject's topics and the learning outcomes attached to each one.

14 topics

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

    Lecture

    The main tasks of the subject, classification of construction materials and areas of use.

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

    Lecture

    Internal structure of metals, alloy structures and basic physical-mechanical properties.

  3. 3. The essence and types of pressure processing of metals. heating devices and heating mode in pressure processing

    Lecture

    Plastic deformation of metals, structural changes and heating means.

  4. 4. Spreading process. rolling machines and pipe rolling. pressing and stretching

    Lecture

    Rolling equipment, pipe production, pressing and stretching methods.

  5. 5. The essence, operations and equipment of the free forging process. stamping process

    Lecture

    Forging technology, hot volume and sheet stamping, tools used.

  6. 6. The essence of casting production. mold materials and model kit

    Lecture

    Casting processes, mold materials and the role of model assembly.

  7. 7. Casting system and mold making technology

    Lecture

    The role of the casting system, the preparation of sand-clay molds and mold fillings.

  8. 8. General characteristics of welding production. manual and automatic electric arc welding

    Lecture

    Basics of welding, manual and automatic arc welding technology.

  9. 9. Gas welding and gas cutting. flame characteristics and equipment in gas welding

    Lecture

    Gas welding and cutting, types of flame and equipment used.

  10. 10. Contact source and its types. the essence of the soldering process

    Lecture

    Types of contact welding and the basics of the soldering process.

  11. 11. Processing of metals by cutting. mode of cutting, geometry of the layer to be cut and forces acting on the chisel

    Lecture

    Cutting process theory, tool geometry and force analysis.

  12. 12. Classification of metal cutting machines. lathe structure, working principle and performed works

    Lecture

    Machine classification, working principle and operations of lathes.

  13. 13. Classification of composite materials and production technology

    Lecture

    Types of composite materials and production methods.

  14. 14. Preparation of non-metallic materials and articles from them

    Lecture

    Classification and processing technology of non-metallic materials.