Self-learning control techniques for the automated production of robust resource saving concrete

Insights into the research project ReCyCONtrol

The need to reduce CO2 emissions and resource consumption poses major challenges for the construction industry. With regard to concrete construction, increasingly complex concrete compositions using CO2-minimized binders, recycled aggregates and various mineral additions and chemical admixtures are coming into focus. This rapidly increasing complexity leads to a greater sensitivity of the concrete or the processes associated with concrete production and application to unpredictable fluctuations both in the properties of the concrete constituent materials and in terms of process boundary conditions (e.g. humidity, temperature). Digital sensor and quality control systems are central elements to counter these fluctuations, so that safe and sustainable concrete construction can also be guaranteed in the future.

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Contact

Dr.-Ing. Dries Beyer, Dr.-Ing. Maximilian Coenen and Prof. Dr.-Ing. Michael Haist, Leibniz University Hannover, Institute for Construction Materials, Germany Maximilian Meyer and Prof. Dr.-Ing. habil. Christian Heipke, Leibniz University Hannover, Institute for Photogrammetry and GeoInformation, Germany Dr. Oliver Mazanec, Master Builders Solutions Deutschland GmbH, Germany Thomas Stahl, Pemat Mischtechnik GmbH, Germany Frank Weilacher, Bikotronic Industrie Elektronik GmbH, Germany

Events

05.05.2024 - 09.05.2024
07.05.2024 - 09.05.2024
08.05.2024 - 09.05.2024