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| Main Task Area: TA-WSD Other related Task Areas: TA-MDI, TA-OMS |
| Possible connections within NFDI: NFDI4Ing |
| Material/Data: Polymeric matrix material reinforced with glass and carbon fibers / Computed tomography data, thermophysical properties on different scales (e.g. stiffness, heat capacity), process data (e.g. molding pressure or temperature), product design data (e.g. part, bead, ribs geometry) |
| Main Success Scenario: Users can integrate materials data into digital representations of process and manufacturing chains and make the data accessible for the community. |
| Added value for the MatWerk community: An infrastructural framework coupling and materials data and industryrelevant manufacturing processes with their model representations (digital twins). |
Main requirements
- Data storage infrastructure and DME platform for data from different levels of the process chain
- Workflows combining physical and synthetic data on different levels of the process chain
Related Participant Projects
- PP04 Magnetoelectric sensors: from composite materials to biomagnetic diagnostics – project A10 (CRC 1261)
- PP05 HoMMage – Hysteresis design of magnetic materials for efficient energy conversion (CRC/TRR 270)
- PP07 Processing uncertain microstructural data (EXC2075-PUMD)
- PP08 Cluster of Excellence Living, Adaptive and Energy-autonomous Materials Systems (EXC 2193-livMatS)
- PP09 DiWan – The Digital Transformation in Materials Testing: Necessary Actions for the Paradigm Change in Enterprises (BMBF)
- PP10 Integrated engineering of continuous-discontinuous long fiber reinforced polymer structures (IRTG 2078)
Description
This IUC provides a framework for the integration of materials data into I4.0 manufacturing data infrastructures. This will be implemented as a physical process chain of two polymer systems (sheet molding compounds (SMC), long fiber reinforced thermoplastics (LFT)). The materials data will be integrated in a material database infrastructure. The simulation models are part of a model hierarchy which will be further developed/integrated into a materials model ontology. Based on the model ontology the compatibility of simulation models and material data can be examined and analyzed. Model ontologies are a prerequisite for ontology based knowledge systems and will be made available for the class of long fiber reinforced polymers.