Analyse luftfahrtrelevanter Fertigungsverfahren von Faser-Kunststoff-Verbunden und Ableitung eines abstrahierten Prozessmodells

Abstract

With regard to the current transformation processes of the manufacturing industry towards “Industry 4.0”, universal data models are required, that can flexibly be adapted to new production variants and their variations and thus can be applied in multidisciplinary projects. On this account the present thesis introduces a modelling approach that is applicable for the visualization of manufacturing processes of fiber plastic composites, which are relevant for the aircraft industry. For this purpose, selected manufacturing technologies are analyzed, which can be mapped, among other things, by the large-scale research facilities at the Stader site of the ‚Centre for Lightweight Production Technologies ‘(ZLP ®), a sub-institute of the ‚German Center for Aerospace Technology ‘. Based on the process analysis, an abstract process model is then generated. This is followed by an initial approach to delineate the considered manufacturing processes regarding design-relevant requirements and restrictions.