| Fundamentals of Ceramics and Polymers (EN) (VL) |
| Subtitle: |
| This course is part of the module: Fundamentals of Materials Science (EN), Fundamentals of Materials Science (GES), Introduction to Materials Science and Engineering (EN) |
| Semester: |
| SoSe 24 |
| Course type: |
| Lecture |
| Course number: |
| lv2358_s24 |
| Lecturer: |
| Prof. Dr.-Ing. Robert Meißner, Dipl.-Phys., Prof. Dr.Sc.Eng Kaline Pagnan Furlan |
| Description: |
After the lecture you should be able to (lecture objectives): - Understand the basic structure of polymers and ceramics
- Know how to characterize the properties of polymeric and ceramic materials
- Know how to analyze the microstructure of ceramic and polymeric materials
- Identify and understand the main fabrication techniques to process ceramics and polymers
Ceramic materials - Introduction to material science and engineering
What is material science and materials engineering? What is the relevance of them for other engineering disciplines? - Introduction to ceramic materials
what are ceramic materials and where are they used? Overview of potential applications. - Crystal structure of ceramics
Different crystal structures of ceramics; influence of bonding type on properties; influence of crystal structure on properties; phase transition. - Ceramic powder preparation and shaping
mixing, comminution, separation and granulation of powders; dry and wet routes for processing; shaping methods: die and isostatic pressing, slip casting, tape casting, robocasting (3D printing), extrusion, injection molding. - Sintering and microstructures
Driving force and mechanism of sintering; types of sintering processes; sintering stages; resulting microstructures: what is a microstructure? how to analyze it? why analyze it? - Characterization of ceramics
Overview of the main techniques used to characterize ceramic materials. - Functionalproperties of ceramics
Overview of the different applications ofceramics according to their functional properties.
Polymeric materials - Polymers in engineering
Development ofpolymers; A worldofpolymers; Properties ofpolymersand lighweight; Recycling and productlifecycles - Synthesis and structure of the macromolecule
Synthesis and structureofpolymers; Structureand bonds; - Structural properties, rheology
Structuralpropertiesofpolymers; Temperaturedependentproperties; Rheologicalproperties - Processing
Extrusion; Injectionmolding; Other processes - Mechanical properties
Deformation behavior; Determination ofcharacteristicvalues; Failurebehaviorand mechanicaltesting - Compositematerials
Introduction; Lightweight design and manufacture; Reinforcement principle; Mechanicalproperties
|
| Performance accreditation: |
| m1574 - Fundamentals of Materials Science (GES)<ul><li>p1559 - Fundamentals of Materials Science (GES): Klausur schriftlich</li></ul><br>m1574-2021 - Fundamentals of Materials Science (EN)<ul><li>p1559-2021 - Fundamentals of Materials Science (EN): Klausur schriftlich</li></ul><br>m1916-2023 - Introduction to Materials Science and Engineering (EN)<ul><li>p1935-2023 - Introduction to Materials Science and Engineering (EN): Klausur schriftlich</li></ul> |
| ECTS credit points: |
| 3 |
| Stud.IP informationen about this course: |
Home institute: Institut für Kunststoffe u. Verbundwerkstoffe (M-11)
Registered participants in Stud.IP: 65
Documents: 1
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