1. Production of liquid metal and related issues, ferrous and non-ferrous metals. 2. The essence of casting, basic concepts, theoretical foundations. 3. Types of foundry technologies. 4. The essence of forming, classification and theoretical foundations. 5. Types of forming technologies. 6. The essence of welding, basic concepts, theoretical foundations. 7. Types of welding technologies 8. Soldering technology, physical nature and basic concepts. 9. The essence of machining, classification and theoretical foundations. 10. Types of machining technologies. 11. Corrosion and anticorrosion protection of material surface.
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The aim of the course is to give a basic overview of the nature (classification) of production engineering technologies. First, foundry and forming technologies are introduced. Furthermore, students are introduced to the basics of welding / soldering, followed by an introduction to machining technologies. Part of the course is also a description of the advantages and disadvantages of individual technologies, including their assessment in terms of ecological and economic, with emphasis on differences for different groups of materials. Finally, a brief overview of the basic methods of protection of metal surfaces against corrosion.
Orientation in production engineering technologies, their classification and possibilities of use. Knowledge of basic properties of metallic materials and processing procedures of input semi-finished products. Knowledge of the essence of production methods and possibilities of applications, resp. substitutability of the technologies used.
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MÁDL. J., KAFKA, J., VRABEC, M., DVOŘÁK, R. Technologie obrábění. 1. -3. díl.. ČVUT, Praha, 2000.
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Němec, M., Suchánek, J., Šanovec, J. Základy technologie I. 2006.
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Pilous, V. Materiály a jejich chování při svařování. ŠKODA WELDING s.r.o, 2009.
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