← Back to Participant Projects and Use Cases
| Acronym: | IRTG 2078 |
| Website: | www.grk2078.kit.edu |
| Contact: | Prof. Dr.-Ing. Thomas Böhlke, Karlsruhe Institut für Technologie |
| DFG Classification: | 402-01, -02, -03 Mechanics and Constructive Mechanical Engineering; 403-03 Process Engineering, Technical Chemistry; 406-03 Materials Science; 410-05 Construction Engineering and Architecture |
| Material/ Methodology: | Long fiber reinforced polymers (thermoset and thermoplastic materials) / Real process chain is modeled and optimized by digital twin which is based on multi-scale characterization and simulation |
| Engagement: | 14 doctoral projects at 8 institutes (6 KIT and 2 Fraunhofer institutes) |
Related Use Cases
- IUC01: Web-based demonstration and teaching framework for MSE research data infrastructure
- IUC06: Integrating materials data from experiments and computation into Industry 4.0 manufacturing paradigms
- IUC08: Interactive visual exploration for analyzing correlations in high dimensional materials data spaces
- IUC15: Method- and scale-bridging workflows and data structures for tomography
- IUC16: Unified ontology for matrix-inclusion microstructure and composites
Description
This International Research Training Group (IRTG) 2078 provides a fully integrated engineering approach (processing, characterization, simulation, design) to continuous-discontinuous fiber reinforced polymers by combining the real process with the virtual counterpart (digital twin) in an integrated framework. The PP provides for a complex manufacturing process thermo-mechanical material and process data. Along the process chain, macroscopic and scale-bridging models are deployed. The virtual process is based on a material database and a model ontology.