Subject · Materials engineering
Əlvan metalların materialşünaslığıTopics
Topic plan
The subject's topics and the learning outcomes attached to each one.
1. Introduction. the purpose of the subject. the role of non-ferrous metals in technical progress. classification of non-ferrous metals. the importance of non-ferrous metal alloys in the development of technology. properties of non-ferrous metals and alloys. interatomic communication.
LectureThe position of non-ferrous metals in modern technology, the principles of classification, the nature of metallic bonding and the effect on the properties of alloys.
2. Crystalline structure of non-ferrous metals. atomic crystal lattices. polymorphism and allotropy. defects in crystalline solids and their types. crystallographic directions and planes. anisotropy.
LectureCrystal structure of metals, lattice types, spatial defects and direction dependence of crystal properties (anisotropy).
3. Liquid metal crystallization process. factors affecting the crystallization process. modification.
LectureTransition from liquid to solid state, nucleation and growth mechanisms, effect of modifiers on granular structure.
4. State diagrams of non-ferrous metal alloys. binary isomorphous alloy systems. gibbs phase rule. change of microstructure in isomorphous alloys. order of parts. mechanical properties of isomorphic alloys. binary eutectic systems. change of microstructure in eutectic alloys. equilibrium diagrams that form intermediate phases or chemical compounds. eutectic and peritectic reactions.
LecturePhase equilibria in binary systems, gibbs rule, structure prediction in isomorphous and eutectic systems.
5. Mechanical properties of non-ferrous metals and their determination methods.
LectureModern testing methods of hardness, strength and plasticity of non-ferrous metals (brinell, rockwell, vickers).
6. Strain hardening of non-ferrous metal alloys. recrystallization, recovery and grain size adjustment.
LectureStresses generated during cold deformation and their elimination through recrystallization.
7. Thermal processing of non-ferrous metals and alloys. classification of thermal treatment of non-ferrous metals and alloys.
LectureJustification of hardening, aging and softening processes for non-ferrous metals.
8. Aluminum and its alloys. marking of aluminum, properties, application. classification of aluminum-based alloys. interaction of alloys and alloying elements with aluminum. cast aluminum alloys, marking, structure, properties and application.
LectureAluminum metallurgy and industrial applications of cast alloys.
9. Aluminum alloys that are not heat treated, which can be deformed. their composition, marking, structure, properties and application.
LectureMechanical properties of unsolidified aluminum alloys (aluminum-magnesium, aluminum-manganese).
10. Deformable heat-strengthened aluminum alloys. their composition, marking, structure, properties and application.
LectureMechanisms of thermal processing (hardening and aging) of duralumin type alloys.
11. Magnesium and its alloys. classification, marking, properties, application of magnesium and its alloys. cast magnesium alloys, structure and properties, application.
LectureLightness advantages of magnesium and properties of casting alloys.
12. Deformable magnesium alloys, structure and properties, application.
LectureDeformability of magnesium and the effect of reinforcing elements.
13. Beryllium and its alloys. classification, marking, properties and applications of beryllium and its alloys.
LectureBeryllium's high specific strength and application in nuclear power.
14. Titanium and its alloys. classification, marking, properties and application of titanium and its alloys. cast titanium alloys.
LectureCorrosion resistance of titanium, high strength and phase structure of titanium alloys (α, β, α+β types).
15. Thermal processing technology of titanium alloys. principles of selection of tempering, tempering and wear modes. effect of thermal treatment regimes on the structure and properties of titanium alloys.
LectureControl of mechanical properties by phase transformations, tempering and aging in titanium alloys.
16. Deformable titanium alloys.
LectureProcessing technology and mechanical properties of forged titanium alloys.
17. Copper and its alloys. marking of copper and its alloys, properties, fields of application. selection of tabulation, tabulation and aging modes.
LectureHigh electrical conductivity of copper, classification and thermal treatment of alloys.
18. Bronze and bronze alloys. their composition, marking, structure, properties, thermal treatment modes and application.
LectureAlloys of copper-zinc (bronze) and copper-tin (bronze) systems, their technological properties.
19. Things. their composition, structure, marking, properties and requirements for items.
LectureAntifriction properties of babits and applications as cushioning material.
20. Nickel and its alloys. classification, marking, structure, properties and application of nickel and its alloys.
LectureHeat resistance, corrosion resistance and high temperature alloys of nickel.
21. Technology of thermal treatment of nickel alloys. principles of selection of tempering, tempering and wear modes.
LectureStrengthening mechanisms of heat-resistant nickel alloys and the role of heat treatment.
22. Hard metals and alloys. marking, properties, application and thermal treatment modes of refractory metals and alloys. hardening metals resistant to corrosion.
LectureProperties of metals such as tungsten, molybdenum and tantalum and their applications in extreme conditions.
23. Niobium and molybdenum and their alloys.
LectureAlloy systems and special mechanical properties of niobium and molybdenum.
24. Tin, lead, zinc and their alloys. composition, structure, properties, application and thermal treatment modes of zinc, tin, lead alloys.
LectureZinc, tin and lead based alloys for low temperature and corrosion resistant applications.
25. Alloys based on intermetallic compounds. general properties of intermetallic compounds. alloys based on titanium and nickel aluminides. shape memory alloys.
LectureProperties of intermetallics, high heat resistance and working principle of shape memory (nickel-titanium) alloys.
26. Noble metals and their alloys. noble metals (gold, silver, platinum, palladium) and their alloys, marking, properties and application.
LectureCorrosion resistance, chemical activity and high-tech applications of noble metals.
27. Radioactive metals and alloys. structure and properties of thorium, uranium and plutonium alloys.
LectureThe structure of radioactive metals and their role in nuclear energy.
28. Abrasion products of non-ferrous metals. their structure, properties and fields of application.
LectureCharacteristics of parts of non-ferrous metals obtained by powder metallurgy.
29. Metal matrix composition materials, structure, properties and fields of application.
LectureProperties of aluminum, titanium matrix and fiber reinforced composites.
30. Azerbaijan empire during the safavid and afshar dynasties (first half of xvi-xviii centuries)
Seminar- the subject of the azerbaijan empire during the safavid and afshar dynasties studies the political history of azerbaijan, state-building processes and management features. the topic examines the formation of centralized power, the increase of military-political power and the main principles of the state administration system during the safavid and afshar periods. also, the domestic and foreign policy, territorial expansion and international relations of these dynasties are analyzed. the features of the social, economic and cultural development of the period, as well as the issues of preservation and continuation of statehood traditions are focused on. the study of the topic allows to understand the role of the safavid and afshar states in the history of azerbaijani statehood and their influence on the traditions of imperial administration.