Projects
The team’s activities have led to the development of numerous collaborations both within FEMTO-ST Institute and at the regional, national, and international levels. The team is involved in many collaborative research projects.
European projects
![]() | SSUCHY-Next (2024-2028) HORIZON-CBE JU Developing the supply chains for industrial hemp fibre and bio-based resins towards high performance circular bio-based composites |
![]() | UPWEARS (2024-2028) HORIZON-RIA- CL4-2023 Sustainable solutions for upgraded smart wearables |
| RE-Fibre (2024-2028) HORIZON-MSCA-2023-DN-01 Smart disassembly, functionalisation and reassembly of plant fibres for fully recyclable bio-based composites. | |
![]() | RAIDO (2024-2027) HORIZON-RIA-CL4-2023-HUMAN-01-01 Reliable AI and Data Optimization |
| CAVENDISH (2023-2026) HORIZON- JU Clean Aviation Consortium for the AdVent of aero-Engine Demonstration and aircraft Integration Strategy with Hydrogen |
National projects
![]() | RECYCOMP (2023-2027) PEPR Recyclabilité, recyclage et réincorporation des matériaux recyclés New generation of recyclable OMC based on recycled raw materials - towards a circular economy |
![]() | HYperStock (2022-2027) PEPR Hydrogène décarboné Stockage hyperbare de l’hydrogène : référentiel et méthodologies matériaux |
![]() | TREC (2024-2028) ANR PRCE Towards the Reduction of structural kink-band defects in oil-sEed flax fibres to increase their meChanical potential |
![]() | TAFFTA (2023-2026) ANR PRCE Towards high Added-value hemp Fibres produced in the southern France for Textile Applications: understanding and optimisation of the crucial processing steps |
![]() | MIDIFIC (2022-2027) ANR JCJC MIcroscale characterization and modelling of energy DIssipation mechanisms to optimize damping of plant FIbers Composite structures |
Regional projects
![]() | CYCLAHMID (2025-2028) Graduate School EIPHI Cycling of Hydride Alloys: Microstructure and Decrepitation |
![]() | INTERFACIO (2024-2026) Région Bourgogne-Franche-Comté Study of the mechano-physico-chemical interactions at the fiber/matrix interface in bio-based composite materials |
Network









