After successful completion of the course, students are able to analyze correlations between structure and properties of materials using simple and largely universal physical models.Furthermore, they will know the corresponding material parameters with their orders of magnitude and will be able to solve typical examples from the field of materials science.
The chapter numbers refer to the book "G. Fasching: "Werkstoffe für die Elektrotechnik"; Springer-Verlag, 2006".
Lecture 1: Atomic nucleus and orbitsLecture 2: Binding forcesLecture 3: Crystals Lecture 4: Mechanical properties of materials 1Lecture 5: Mechanical properties of materials 2Lecture 6: Metallic materials / AlloysLecture 7: Thermal materials propertiesLecture 8: Thermally activated processesLecture 9: Electrical properties of metallsLecture 10: Electrical properties of insulators 1Lecture 11: Electrical properties of insulators 2Lecture 12: Magnetic properties of materials 1Lecture 13: Magnetic properties of meterials 2Lecture 14: SuperconductivityLecture 15: Selected calculation examples(Lecture 16) Alternative date
The lecture is based on the book "G. Fasching: Materials for Electrical Engineering; (in German) Springer-Verlag, 2006".
Lecture
Because of the overlap with the "Werkstoffe" (LV.-Nr. 366 104) this course is not recognized as an optional subject for the electrical engineering degree.
Written and oral exam
Not necessary