| |
| 1. | Nagy teljesítményű, újrahasznosított kompozitok kifejlesztése |
| | Dr. Czél Gergely |
| 2. | Development of metallic properties of polymer composites |
| | Dr. Czigány Tibor |
| 3. | Development of thermoplastic polymer and elastomer based foam structures |
| | Dr. Kmetty Ákos |
| 4. | Analysis and development of combined manufacturing technology for thermoplastic composites with designable reinforcement structures |
| | Dr. Kovács Norbert Krisztián |
| 5. | Recycling of high molecular weight thermoplastic materials |
| | Dr. Kovács József Gábor |
| Further information |
| 7. | Effect of material parameters on injection molding simulations |
| | Dr. Kovács József Gábor |
| 8. | Optimization of injection-compression molding technology |
| | Dr. Kovács József Gábor |
| 9. | Hybrid molds for lightweight composites |
| | Dr. Kovács József Gábor |
| 10. | Akusztikus emissziós anyagvizsgálati módszer fejlesztése |
| | Dr. Romhány Gábor |
| 11. | Vezetőképes polimer kompozitok szenzortechnikai alkalmazhatósága |
| | Dr. Suplicz András |
| 12. | Investigation and modelling of segregation during injection moulding |
| | Dr. Szabó Ferenc |
| 13. | Development and tribological investigation of personalized implants |
| | Dr. Szebényi Gábor |
| 14. | Development of renewable resource based, basalt fiber reinforced polymer composites for long-term engineering applications |
| | Dr. Tábi Tamás |
| 15. | Development of polymer composites designed for recycling |
| | Toldy Andrea |
© 2014 BME Department of Polymer Engineering - Created by: Dr. Romhány Gábor
