What question did this study set out to answer?

The research aims to investigate how SLAMD can reduce the time needed to develop new concrete recipes using alternative binders from construction and demolition waste.

April 10, 2026Open Access

Downstream demonstrator, downstream gate, circular feedstock - SLAMD - 1Pager

Key Points

The research aims to investigate how SLAMD can reduce the time needed to develop new concrete recipes using alternative binders from construction and demolition waste.
Exploration of the SLAMD framework and its predictive capabilities.
Development of new concrete recipes utilizing alternative binders like glass and concrete.
Assessment of compressive strength in developed recipes.
SLAMD effectively shortens the experimental time for developing concrete recipes.
Predictions made by SLAMD meet required compressive strength standards.

Abstract

This study is an exploration of how SLAMD can help shorten the experimental time of developing new recipes with alternativa binders from CDW (glass and concrete) for new concrete production. The expected outcomes are SLAMD could be able to suggest and predict recipes that fullfills the requirement (compressive strength).

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Authors

Federal Institute For Materials Research and Testing

Technische Universität Berlin

Chalmers University of Technology

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Downstream demonstrator, downstream gate, circular feedstock - SLAMD - 1Pager

Key Points

Abstract

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