We develop methods to design and simulate materials that learn from stress, respond to change, and use resources intelligently.
Each DediGrad subproject focuses on a different scale — from microstructure to full component behavior. Together, they form a chain of knowledge for lighter, more resilient engineering.
A02 High-volume production of individualised, graded and variant-rich laminates for combined manufacturing chains
Adaptive models for in-line process monitoring and control
Injection moulding embedding of locally functionalised fibre-reinforced plastic inlays
Press processing of functionalised flat and tape substructures with a flanged section
Multi-criteria optimisation of in-situ reorientation processes for defined graded profile structures
Electromagnetic alignment of reinforcement elements
Digital twin program optimizing zero-emission depots and supply chains.
B04 Dedicated edge zone characteristics for pultruded fibre-reinforced polymer and ceramic profiles
Influencing fibre orientation by means of process-integrated actuators
Adaptive production of components with locally definable adjustment of the fibre architecture
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Thin shells managing thermal gradients for adaptive skins.
Low-loss packaging and photonics assembly demonstrators.
Methodical derivation of process-structure-property relations based on hybrid data spaces
Methodical derivation of process-structure-property relations based on hybrid data spaces
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Central Tasks of the Collaborative Research Centre
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