The aim was to investigate the strength of the bond between concrete and hemp fibres in order to obtain a ductile composite with high toughness.
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The aim was to investigate the strength of the bond between concrete and hemp fibres in order to obtain a ductile composite with high toughness.
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The aim was to to develop a new type of concrete that can withstand high dynamic loads and is not brittle and fragile, but tough and flexible.
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“RIS-ALiCE” focuses on the recycling and material chain optimization for End-of-Life products and aims to increase the innovation potential and competitiveness of the East and South East European (ESEE) region.
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The main objective is to establish and optimize the zero waste extraction of valuable metals from red mud tailings by creating a self-sustaining network network of Al value chain stakeholders and the building sector.
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The aim is to strengthen the networking of raw materials-related university master programs by creating a set of structured mobility options for students between the ESEE partnering universities.
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This project aims to to enhance the performance of six targeted RIS ESEE universities through capacity building and to develop and implement six acceleration train-the-trainer programmes.
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RM@Schools-ESEE is a Wider Society Learning (WSL) project, focused on an innovative programme to make science education and careers in RM attractive for young students, especially in the ESEE region.
Funded by:
WEG Kolektor