Skip to main content
Skip header
Terminated in academic year 2015/2016

Industrial Technologies I.

Type of study Bachelor
Language of instruction Czech
Code 634-0402/01
Abbreviation PTI.
Course title Industrial Technologies I.
Credits 5
Coordinating department Department of Economics and Management in Industry
Course coordinator doc. Ing. Libor Čamek, Ph.D.

Subject syllabus

Subject syllabus

Lecture
Production of pig iron
1. Blast furnace production of pig iron, heat and reduction processes in the blast furnace.
2. The importance and use of blast-furnace slag, possibilities of desulphurization and the quality of pig iron.
3. Current environmental aspects of pig iron production and alternative ways of pig iron production.

Steel production
1. The importance and use of steel in the present-day company. Production technology in oxygen convertors and tandem furnaces.
2. Production technology in electric arc furnaces and induction furnaces.
3. The importance, function and technology of secondary metallurgy.
4. Current technologies of steel casting (characterization) and equipment of continuous casting.

Production of non-ferrous metals
1. Technical division, production and processing of nonferrous metals. Basic technological processes (characterization).
2. Pyrometallurgical technology, drying, calcination, processes of roasting, melting and products.
3. Hydrometallurgical technology of obtaining nonferrous metals (characterization). Electrolysis, basic patterns, metals produced by electrolysis.
4. Survey of technologies of producing copper, lead, zinc, nickel, aluminum, noble metals and other selected metals.

Foundry industry
1. The importance of foundry industry, preparation of a mould, production of moulds and coremaking.
2. The bases of foundry processes, most important alloys for cast production, melting and casting metals, finishing of casts.

Literature

Obligatory literature:
[1] BROŽ, L., Theoretical principles of iron production, SNTL/ALFA, Prague,1975, pp. 404.
[2] KRET. J., Harmful substances in raw iron production ,VŠB TU Ostrava, 2003.
ISBN 80- 248- 0552- 9, pp. 84.
[3] PARMA, V., Steelmaking III. Teaching materials VŠB Ostrava, 1991, pp. 192.
[4] ŠMRHA, L., Solidification and crystallization of steel ingots. SNTL Prague, 1983, pp.305.
[5] BŐHM, Z.,et. al., Continuous casting of steel. SNTL Prague, 1992, pp.443, ISBN 80- 03- 00661- 9.
[6] KEPKA, M., Refining of steel.SNTL Prague, 1989, pp. 211.
[7] BROŽ., L., et. al., Iron metallurgy. SNTL Prague, 1988, pp. 460.
[8] KUCHAŘ, L., Non-ferrous metals metallurgy. Teaching materials VŠB Ostrava, 1987.
[9] ŠTOFKO, M., ŠTOFKOVÁ, M. Non-ferrous metals. Emilena Košice, 2000, pp. 293.
[10] KADLEC, F., Non-ferrous metals production. SNTL, Prague 1971.
[11] SEDLÁČEK, V., Non-ferrous metals. SNTL, Prague 1979.
[12] JELÍNEK, P., Foundry industry. Teaching materials VŠB Ostrava, III. publication, 1992, pp. 224.

Advised literature

Recommended literature:
[1] BABICH, A., et. al. IRONMAKING, Aachen, 2008, pp. 402, ISBN 3-86130-997-1.
[2] MICHÁLEK, K., Using physical and numerical simulation in order to optimize metallurgical processes. VŠB-TUOstrava, 2001, pp. 125, ISBN 80- 7078- 861- 5.
[3] BENDA, M., Electrometallurgy, Teaching material VŠB-TU Ostrava 1989, pp. 250.
[4] KALOUSEK, J., DOBROVSKÝ, L´., Theory of Metallurgical Procedures, Teaching material VŠB-TU Ostrava, 2004, pp. 173.
[5] DRÁPALA, J., KRIŠTOFOVÁ, D., PEŘINOVÁ, K., Heavy non-ferrous metals - instructions for exercises. Teaching material, VŠB Ostrava, 1986.
[6] MOORE, J., Chemical Metallurgy, Oxford 1994.
[7] Richard J. Fruehan, The Making, Shaping and Treating of Steel (Steel Making and Refining). The AISE Steel Foundation; 11th edition, 1998, pp.767, ISBN-13- 978-0930767020.