Where am I?
© Fraunhofer IGCV
Together with Premium AEROTEC GmbH and others, a CFRP production process chain was developed enabling significant weight and cost reduction compared to present-day titanium constructions.
Standardizing fiber volume content determination (FVC) by means of thermogravimetric analysis (TGA)
Preliminary study for the life-cycle analysis with ecobalance assessment of relevant production process chains for CFRP structures.
Energy-efficient production of complex high-performance fiber composite parts by means of pultrusion, in-line braiding, blow forming, and final machining.
This project links different processes for the cost-efficient production of CFRP parts. The acronym HErzSchLag translates into "heart beat" and is derived from the German words for "highly automated preform production through deposition in layers".
© Fraunhofer IGCV
»CaRinA« carbon fiber recycled materials for industrial applications.
The HybCar project develops technologies for the efficient production of hybrid CFRP/metal structural components in the automotive sector.
Innovative, medium-term implementable and cost-saving solutions for CFRP fuselage structure components.
One-Shot-Fully-Integrated-Thermoplastic-Frame: Efficient process chain for the production of integral thermoplastic composite aircraft frames
Lightweight construction at the push of a button: Automated development and evaluation of composite manufacturing processes
Fault detection using AI: condition monitoring in binder jetting
A showcase for end-to-end digitized pultrusion
AI in fiber technology: analyzing textures with line scan cameras Automated monitoring solutions for the inspection of carbon fibers
Semantic modeling of the complex dependencies of additive manufacturing processes