AITeM

Category Archives: From A.I.Te.M. Members

The current research activity of the composite materials group at eCampus University focuses on the development of innovative and sustainable solutions for structural applications.

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The Manufacturing Technologies Research Laboratory (MTRL) within the Department of Industrial Engineering of the University of Florence conducts research on advanced manufacturing technologies, with a focus on machining and Additive Manufacturing.

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In partnership with Kilometro Rosso and Lombardy companies, the RIGENER-AM project aims to address one of today's most pressing challenges: transforming industrial waste into new resources.

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MICRAM project aims to recover critical raw materials from end-of-life electronic board. The target element for the project is the nickel which is mainly present in the coatings of several electronic components.

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Nell’ambito del bando FIS3 (Fondo Italiano per la Scienza) del Ministero dell’Università e della Ricerca il gruppo di Tecnologie e Sistemi di Lavorazione dell’Università di Salerno è lieto di annunciare il contributo di 1’118’381€ per il progetto AEGIS – “Advanced Energy Generation using Integrated Solar-Pyroelectric Systems”

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Il progetto SPORES-Sustainable manufacturing strategies for Products Obtained by REcovering prepreg Scraps (PRIN 2022) mira a sviluppare strategie e metodi per l’implementazione di processi sostenibili per la realizzazione di componenti in materiali polimerici rinforzati con fibra di carbonio (CFRP)

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How can a plastic component be made recognizable and difficult to counterfeit by integrating security directly into its surface? This is the challenge behind the research activity “ACTIONS”

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The University of Genoa participates in the Interreg Italy–France Maritime PLASTRON project, dedicated to the development of circular economy models for the recovery of marine and post-consumer plastics.

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At the University of Parma, the Department of Engineering for Industrial Systems and Technologies leads cutting-edge research in the optimization of manufacturing processes through numerical simulation and Machine Learning. Within the GIGAGREEN project, our studies on laser texturing aim to enhance the adhesion and service life of lithium-ion battery electrodes, boosting both efficiency and sustainability. In OPTIMAL, we are developing artificial neural-network (ANN) based optimization algorithms for laser lithography: a neural network models the physical process, correcting elevation errors and proximity effects in maskless greyscale laser lithography based on the incident laser energy. We also combine FEM and ANN approaches to optimize plastic deformation processes such as extrusion, reducing waste and costs while improving the properties of the components.

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The TECNO group is an advanced research laboratory in the field of manufacturing technologies (ING-IND/16) at the DIIIE Department of the University of L'Aquila. The group conducts research and development activities in innovative manufacturing processes, with a focus on dissimilar material joining, additive manufacturing, and AI-based process optimization.

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