Adaptive Reinforcement of Geometrically Complex Cement-Bound Shaped Bodies

Source: Wismar University of Applied Sciences

The aim of this scientific network is to increase the design freedom using cement materials in a resource-saving way in continuous digital process chains.

Through the integration of additive manufacturing processes, which are often also referred to as 3D printing processes, individual, geometrically complex components can be produced comparatively inexpensively, even in small quantities. This is a key advantage, as there is a strong interdependence between design freedom and unit costs. The processing of cement materials in different additive manufacturing processes is therefore the subject of current research and is already used in practice to a small extent. Since such processes are usually accompanied by a deterioration of the mechanical properties, they will not become established without suitable new adaptive reinforcement forms that are integrated into the automated process chain.

The participants of the network approach this topic from different directions and perspectives. The intended exchange within the network should serve to evaluate possibilities and areas of application, their potentials as well as restrictions with regard to practicality. The result of this cooperation will be presented to the interested public in the form of a publication.


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