Modellierungskonzept zur integrierten Planung und Simulation von Produktionsszenarien entwickelt am Beispiel der CFK-Serienfertigung

The industrialization of CFRP production demands for new planning and engineering tools in order to develop more efficient production processes and higher automated production systems. This thesis presents a new concept for digital production engineering in the context of digital factory, which is focused on the integrated planning and simulation of complex production scenarios. As approach of model-driven engineering, a domain-specifc modeling language and a factory data model are developed in order to generate models of material flow simulation. Thereby, major challenges of digital CFRP production engineering are different technology readiness levels, complex routings of tools and materials as well as the consideration of rework and autoclave processes. These challenges motivated the development of an eight level modeling concept called GRAMOSA, which integrates the management of alternative production scenarios and focusses on an integrated production and logistics planning.