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-AT region. The work spans three connected areas: the bio-based CAN resin systems, the composites that combine these resins with sustainable reinforcements, and the processing and end-of-life technologies
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scale. Key activities include: • Fracture mechanics and fatigue for bio-based composites • Numerical implementation and optimization. • Model calibration and validation. • Prototype deployment and testing
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mechanisms in novel low-alloyed magnesium systems. 2. Scientific Objectives - Establish composition–microstructure–corrosion relationships in low-alloyed Mg alloys. - Investigate degradation mechanisms under
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, while the composition of the bio-polymer is already defined, the liquid phase is aqueous and contains of different salts based on mono- or multi-valent cations. The project is in a phase where the use
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Science and Engineering Laboratory (SIMM: https://www.simm.espci.fr/ ), under the supervision of Théo Merland, assistant professor at Sorbonne University, and Cécile Monteux, CNRS research director. The
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LIBs with low-cost, sustainable next-generation battery systems. As a prime alternative to costly and non-biodegradable materials (e.g., CNTs and graphene), cellulose nanocrystals (CNCs) are bio-based
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Fixed term for 30 months School of Engineering, Liverpool John Moores University in partnership with A-SAFE Ltd Bio-Composite Materials Engineer (KTP Associate) 30-month fixed-term, in-person post
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with dynamically tunable wetting, solute transport, and trapping properties. The work connects fundamental polymer and soft-matter physics with concepts from intelligent materials and bio-inspired
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sur l’étude du fil de chanvre dans un contexte de transition écologique. Les biocomposites à fibres végétales, constituent une alternative crédible aux composites synthétiques [1]. Aujourd’hui, sur le
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catalytically active composite materials by combining these MOFs with a library of enzymes produced by a partner laboratory. The materials obtained will be characterised in terms of their structure, as