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Cources: - Outside furnace and ladle processes
- Casting and crystallization steel and alloys
- Heat treatment of metals and alloys
- Treatment of metals pressure
- Resource conservation metallurgy
- Technology of utilization and processing of wastes
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COURSES DESCRIPTION: Outside furnace and ladle processes
| Level | bachelor students | | Study time allocation | 108 hours (contact hours: 90 (lectures – 45 hours, laboratory classes - 18 hours, practical classes - 27 hours), private study hours: 18 - hours). | | Credit points | 4 | | Semester | 7 | | Assessment method | exam | | Mode of study | full-time attendance | | Aims | In the process of studying the discipline, students must learn to identify the main challenges out-of-furnace treatment of steel, variety of modern methods of treatment of liquid steel, to have an idea of the current level of development and achievements of recent years in the field of out-of-furnace treatment of steel and alloys. | | Keywords: | steel, alloy, furnace, quality, technology in metallurgy | | Having successfully completed this course, students will be able: | • the theory and technology of different methods of secondary processing of metals; • to be able to choose how out-of-furnace processing of steel; • to possess varieties of modern methods of treatment of liquid steel. |
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Casting and crystallization steel and alloys | Level | bachelor students | | Study time allocation | 72 hours (contact hours: 48 (lectures – 24 hours, laboratory classes - 12 hours, practical classes - 12 hours), private study hours: 24 - hours). | | Credit points | 3 | | Semester | 8 | | Assessment method | exam | | Mode of study | full-time attendance | | Aims | In the process of studying discipline students should know the basic theory and practice in the field of casting and crystallization of steel and alloys. To identify the main challenges and variety of modern methods of casting, to have an idea of the current level of development and achievements in recent years in the field of steel casting. | | Keywords: | steel, casting, alloy, equipment, quality, structure of steel and alloys | | Having successfully completed this course, students will be able: | • fundamentals of theory and practice in the field of casting and crystallization of steel and alloys;
• to distinguish between the types of defects in casting and metal casting; views on the physical-chemical nature of the processes occurring during casting and solidification;
• to master the basic methods of casting and crystallization of steel and alloys. |
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Heat treatment of metals and alloys | Level | bachelor students | | Study time allocation | 108 hours (contact hours: 72 (lectures – 36 hours, laboratory classes - 18 hours, practical classes - 18 hours), private study hours: 36 - hours). | | Credit points | 4 | | Semester | 7 | | Assessment method | pass/fail exam | | Mode of study | full-time attendance | | Aims | In the process of studying the discipline, students must learn to determine the main objectives of heat treatment of steel, variety of modern methods of heat treatment of steel and alloys, to understand the current level of development and achievements of recent years in the field of heat treatment of steels and alloys. | | Keywords: | heat treatment, steel, alloy, hardening, structure, quality | | Having successfully completed this course, students will be able: | • general regularities of changes of structure and properties during hardening, tempering, and aging, recrystallization and pre-recrystallization annealing, the annealing with phase recrystallization, homogenization, annealing for removing internal stresses of steels, cast irons and non-ferrous alloys;
• to distinguish between physical and chemical processes occurring in hardening, tempering, and aging and various annealings, to appoint a technology or another type of heat treatment.;
• to have information on the main types of thermochemical and thermomechanical treatment, surface hardening materials. |
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Treatment of metals pressure | Level | bachelor students | | Study time allocation | 72 hours (contact hours: 33 (lectures – 16,5 hours, practical classes – 16,5 hours), private study hours: 39 - hours). | | Credit points | 2 | | Assessment method | pass/fail exam | | Mode of study | full-time attendance | | Aims | Discipline is aimed at training students for industrial activity in the field of metal forming. In the process of receiving theoretical knowledge at lectures and practical classes students should have ideas about how to change the configuration of the metal methods of metal forming with the aim of obtaining marketable products for the needs of construction, engineering and other industries. | | текст | текст | | Keywords: | pressure treatment, forging, stamping, quality, metallurgy | | Having successfully completed this course, students will be able: | • apply in practice the principles of rational use of natural resources and environmental protection;
• to assess the risks and determine measures to ensure the security of technological processes;
• make the selection of materials for the products for different purposes taking into account operational requirements and environmental protection |
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Resource conservation metallurgy | Level | bachelor students | | Study time allocation | 108 hours (contact hours: 32 (lectures – 16 hours, practical classes – 16 hours), private study hours: 39 - hours). | | Credit points | 3 | | Semester | 7 | | Assessment method | pass/fail exam | | Mode of study | full-time attendance | | Aims | As a result of mastering this discipline the students form professional skills to assess the impact of technogenic waste of metallurgical production on the environment and developing principles of rational environmental management. | | Keywords: | resources, efficiency, metallurgical machines, technologies, environment, production wastes | | Having successfully completed this course, students will be able: | • to know the basic regularities of the processes of plastic deformation during metal forming;
• to be able to use the terminology, basic concepts and definitions in the field of processing of metals pressure;
• to possess principles for pressure treatment of ferrous and non-ferrous metals and their alloys, preparation of drawings of forgings. |
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Technology of utilization and processing of wastes | Level | bachelor students | | Study time allocation | 255 hours (contact hours: 48 (lectures – 36 hours, laboratory classes - 6 hours, practical classes – 6 hours), private study hours: 207 - hours). | | Credit points | 3 | | Semester | 9,10 | | Assessment method | Mode of study | | Aims | As a result of mastering this discipline, students learn to define the main objectives of processing waste of the variety of modern methods of processing waste to have an idea of the current level of development and achievements in recent years in the field of waste management. | | Keywords: | waste management, ecology, resource saving technologies, environmental protection | | Having successfully completed this course, students will be able: | • apply basic and advanced science and math knowledge sufficient to complex engineering activities in the field of technosphere safety;
• apply basic and specialized knowledge in the field of techno-sphere of security for the solution of engineering problems;
• work effectively individually and as a member of the group, consisting of specialists in different areas and qualifications, to demonstrate their responsibility for results of work and willingness to follow the corporate culture of the organization. |
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