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Welcome to the Materials and Processes CERI
of IMT Nord Europe scientific publications portal

  • To reconcile sustainable and economic developments, IMT Nord Europe’s Centre for Education, Research and Innovation in Materials and Processes (CERI MP) develops technical and scientific expertise centred mainly around civil engineering materials and polymer and composite materials, as well as their implementation by innovative processes.

    3 scientific themes

    CERI MP’s research focuses on three scientific themes, mainly centred around civil engineering materials and polymer and composite materials:

    • advanced technologies and materials, including the implementation, formulation and characterisation of high-performance structural materials, processes and formulation of functional materials and additive and hybrid prototyping and/or manufacturing;
    • circular economy and eco-materials, including the recovery of secondary, alternative and bio-based materials, environmental acceptability and operational decision-making support;
    • digital materials and processes, including digital materials and mechanics, process / (micro/nano) structure/properties modelling, digital twins of processes and structures. 

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Dredged sediment Computational fluid dynamics Polymer blends Cement Simulation numérique Acceptabilité environnementale Ciment Polymères Leaching Mecanique Matériaux composites Hydration Sédiments de dragage Composite materials and structures Endommagement Recycling Digital image correlation Laser welding Materials engineering Infrared thermography Heat exchanger Morphology Plastics Sédiments Nanocomposites Polymer composites Mortar Composite Materials Fabrication additive Biofilm Mortier Aggregate Chemical recycling PHYTOSTABILISATION Durabilité Algae Interface Advanced composite materials Biodeterioration Calcium aluminate cement Thermoplastic composites Materials science Composites Rheology Polymers Mesh adaption Thermoset composites CFD Mecanique numerique Portland cement Plasturgie Numerical simulation Composite materials 3D printing Bacteria PAHs Flash calcination Finite elements Extrusion Automobile Cement paste Composites manufacturing processes Women in STEM Porosité Compatibilization Artificial intelligence Procédés de fabrication Composites manufacturing Impression 3D Barrier properties Simulation Advanced manufacturing process Computational mechanics Thermographie infrarouge Liquid composite molding Acoustic emission Alkali-silica reaction Durability Béton Additive manufacturing Advanced composites Advanced manufacturing Composites thermoplastiques Cementitious materials Microstructure Resin transfer molding RTM Biofouling Thermoplastics Sediment Mechanical properties Valorisation Porosity Polymer processing Fatigue Concrete Carbonation Phase-field Contaminated soils Advanced manufacturing technology Damage

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Open Access

32 %