Research at the LPAC addresses fundamental questions related to the manufacturing of polymer-based composite and multilayer materials:
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Fundamentals of polymers and composite materials processing (multiphase fluid flow, capillary effects, process kinetics, UV and thermal curing)
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Surfaces and interfaces (bioinspired surfaces, adhesion and bonding)
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Integration of functions (smart and piezoelectric composites, self-healing ability, damping, non-linearity, biocompatibility).
These cover several application fields:
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Mobility (light weighting and cost effectiveness in automotive, rail, aeronautics and space)
- Sustainable development goals (responsible consumption, climate action)
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Biomedical and electronic devices (encapsulation materials, flexible electronics)
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Health and comfort (biocompatible composites, prosthetics)
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Energy generation and storage (integration of solar panels)
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Food science (food fibers, packaging applications)
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Sport (marine, ski)