1. Basic mechanical properties of metals / alloys, distribution, definition. 2. Determination of basic mechanical properties (elasticity, strength, toughness). 3. Determination of basic mechanical properties (hardness). 4. Fatigue of materials, definitions and methods for determining fatigue resistance. 5. Creep of materials (creep). 6. Technological properties of metals, methods of their determination and equipment. 7. Technological tests of wear resistance. 8. Non-destructive testing of materials. 9. Practical cases and solutions for materials testing.
|
The aim of the course is to acquaint students with basic knowledge about the properties, structure and testing of the most used construction materials. In addition, the student will get acquainted with the types and mechanisms of damage to materials that may occur during their use, in relation to their properties, such as fractures, fatigue, creep, etc. materials.
Students will learn with measurement methodology, statistical calculations determining errors and uncertainties. These students apply knowledge in research and within their undergraduate theses and subsequently doctoral work.
|
-
KUTZ, M. Mechanical Engineers' Handbook: Materials and Mechanical Design, Volume 1, Third Edition.. Hoboken, N. J.: Wiley, 2006.
-
MACHEK, V., SODOMKA, J. Nauka o materiálu: kovy a kovové materiály, Část 1. a 2.. ČVUT, Praha, 2001.
-
PLUHAŘ, J. a kol. Nauka o materiálech. SNTL, Praha, 1989.
-
SKÁLOVÁ, J., BENEDIKT, V., KOVAŘÍK, R. Základní zkoušky kovových materiálů.. ČVUT, Praha, 2001.
-
SVOBODOVÁ, J. Vlastnosti a zkoušení kovů. skripta UJEP, 2020.
|