Scientific offering
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Aluminum alloys reinforced with nanoparticles for sustainable transport: Mechanical alloy, extrusion and welding by beaten friction.
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Aluminum hot forging techniques for manufacturing large structural components for automotive
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Aluminum-based materials selectively reinforced by the beaten friction technique: tribological properties and corrosion resistance.
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Analysis of the state of fermentation of bread doughs for rheological control, automation of the cutting process and routing of bar grinding.
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Development of new conversion coatings with self-repairing properties for corrosion protection of high strength steels.
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Development of new ecological building materials based on geopolymers obtained from microsilica as raw material (eGEO).
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E-Life
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Project in collaboration with AIMEN and VMS Automotive for the characterization of Li-ion batteries under different operating conditions.
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Selective electrochemical recovery of minor elements from tin-based aliaxe residues
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Sustainable transport infrastructure in the Atlantic Area (DURATINET).