Course Page ✏️
- Engineering Materials
- MEM_214
- Description
-
Part A. Physical interpretation of thermodynamic behavior of materials in the presence or absence of natural phenomena, thermodynamic properties, equilibrium criteria, phase diagrams. Physical interpretation of mechanical behavior of materials in the presence or absence of imperfections, mechanical properties, strengthening mechanisms. Part A provides the fundamental knowledge including the required background for specialized courses of higher level. Part B: Thermal processing of metal alloys, corrosion oxidation and protection of metallic materials.
- ECTS credits
- 5
- Teaching Language
- Greek
- Exam Language
- English/Greek
- Support Materials Language
- English/Greek
- Basic Learning Outcomes
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- Knowledge and skills for the application of materials engineering (B6.7 - MEB - Knowledge and skills for the application of materials engineering)
- Applied knowledge of thermal engineering (B10.3 - MEB - Applied knowledge of thermal engineering)
- Final Learning Outcomes
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- Apply basic knowledge of principles and fundamentals of general chemistry and materials chemistry in engineering (F6 - MEB - Apply basic knowledge of principles and fundamentals of general chemistry and materials chemistry in engineering)
- Solve applied thermodynamics and thermal engineering problems(F10 - MEB - Solve applied thermodynamics and thermal engineering problems)
- Course categorized
- Managing Entity (faculty)
- Faculty of Engineering and Technology (CUT)Department of Mechanical Engineering and Materials Science and Engineering (CUT)