|
|
| A |
Mechanical Properties: Plastic Deformation,
Fatigue, Fracture, Creep |
| B |
Magnetic Properites, Superconductivity,
Electronic Materials |
| C |
Corrosion, Wear, Biocompatibility |
| D |
Fundamental Aspects: Diffusion, Transformation,
Dislocation Theory |
| E |
Metals: Al-, Mg-, Ti-, Ni- Alloys,
Steel, Intermetallics, MMCs, Foams |
| F |
Ceramics, CMC, Glass |
| G |
Polymers, Polymer-based Composites |
| H |
Processing: Casting, Rolling, Extrusion,
Powder Technology, Machining, Joining |
| I |
Surface Engineering: Laser, Spraying,
CVD |
| K |
Simulation Methods and Modelling Methods |
| L |
Materials Characterisation:
Mechanical Testing, Advanced Analytical Techniques NDE, Materialographie |
| M |
Biomimetic and Bioinspired Approaches;
Biofunctional Materials |
| N |
Nanostructured Materials |
| P |
Electronic and Photonic Materials |
|
|
|
