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Research

The ambition of AIM-NEXT is to reshape our knowledge and the way of designing the next generation of non-CRM hard materials for extreme applications. It is implemented through a broad programme of experimental, theoretical and modelling research, on the basis of innovative material design, synthesis and sintering, togeher with deeper understanding of material performance and failure.

 

A research environment is then created where the 10 Doctoral Candidates will work to bridge the remaining knowledge gaps with the new tools, skills and competencies necessary to come from an original material design to its predictable performance in the shortest possible time.

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OBJECTIVES

1. Develop novel non-CRM hard materials whose integrity and  performance are superseding the conventional grades.

 

2. Build and integrate descriptive and predictive computational tools for accelerated material design.

 

3. Understand the evolution of material microstructure and properties during its operation and wear.

 

4. Develop innovative methods for material processing and characterization.

WP1 - MATERIAL DESIGN AND PROCESSING FOR OPTIMIZED FUNCTIONALITY

Lead: Kungliga Tekniska Hoegskolankungliga (KTH)

WP2 - MATERIAL PERFORMANCE, RELIABILITY AND OPERATIONAL BEHAVIOR

Lead: Lunds Universitet (Lund)

WP3 - INNOVATIVE TESTING FOR CHARACTERIZATION OF IN-SERVICE BEHAVIOR

Lead: Universitat Poltècnica de Catalunya (UPC)

WP4 - THEORIES AND COMPUTATIONAL MODELS: FROM DESIGN TO APPLICATION

Lead: Rheinisch-Westfaelische Technische Hochschule Aachen (RWTH)

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This project has received funding from the Horizon Europe Framework Programme (HORIZON) under the Marie Skłodowska-Curie Action grant agreement No.101119897

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Funded by the European Union

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