After successful completion of the course, students are able to understand the chemical and physical concepts behind the properties of advanced ceramics and metals and they can discuss what makes a material best suited for certain applications.
Teil I (together with part I of High Performance Ceramics) J. Fleig , 2SWS:
- Introduction, definition of advanced ceramics
- Important ceramics (Al2O3, ZrO2, ZnO, BaTiO3, Ferrites, SiC, AlN, PZT etc.)
- Structure property relations
- Properties (electrical, dielectric, thermal mechanical) and their applications
Part II, C. Edtmaier (1 SWS):
- Most important metallic materials and their commercial importance
- Principles of metal production and refinery including Richardson-Ellingham diagrams; Pourbaix diagrams
- Most important properties of metals and processing of metals
Lecture, primarily written onto the blackboard (part I) or in powerpoint (part II), taught in German
Die VO startet 2019 am Mi 2.10.2019 13.00 Uhr
Teil I der VO (Keramik = Mi-Termine) dauert bis ca. Mitte Dezember
Keine VO am Mi 9.10.2019 und am Mi 13.11.2019
Teil II (Metalle): Termine teilweise gemeinsam mit der Vorlesung Metallurgie und Werkstoffverarbeitung 164.162, Beginn: Do 8.11.2019 13.00 Uhr
Two parts:
Part I (Fleig): Written exam (2 hours), dates: typically once per month, Registration in "Groups" of LVA 164.164 High Performance Ceramics
Part II (Edtmaier/Khatibi): Oral exam, dates can be arranged
