Page du cours ✏️
- Phase Transformations
- MEM_333
- Description
-
Calculation of unary and multicomponent phase diagrams from thermodynamic data or solution models. Fundamental mechanisms of diffusion and the importance of processing conditions, notably temperature, and microstructural features such as grain boundaries, dislocations, and surfaces, on the total transport in a material. Role of the thermodynamic driving force for diffusion, and alternative treatment of diffusion in terms of an appropriate gradient in potential. How driving forces of varying types and barriers due to surface energy effects interact to dictate the rate of phase transformation and microstructural change.
- Crédits ECTS
- 5
- Langue d'enseignement
- Greek
- Langue d'examen
- English/Greek
- Langue des supports pédagogiques
- English/Greek
- Acquis d'apprentissage fondamentaux
-
- Application of basic principles of thermodynamics and heat transfer for engineering problem-solving (B10.2 - MEB - Application of basic principles of thermodynamics and heat transfer for engineering problem-solving)
- Applied knowledge of thermal engineering (B10.3 - MEB - Applied knowledge of thermal engineering)
- Acquis d'apprentissage terminaux
-
- Solve applied thermodynamics and thermal engineering problems(F10 - MEB - Solve applied thermodynamics and thermal engineering problems)
- Catégorie de cours
- Entité de gestion (faculté)
- Faculty of Engineering and Technology (CUT)Department of Mechanical Engineering and Materials Science and Engineering (CUT)