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Organisational Units
Automatisierung und Qualitätssicherung in der Produktionstechnologie
Design and Manufacture Technologies
Ceramic Composites and Structures
Structural Integrity
Space System Integration
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Automatisierung und Qualitätssicherung in der Produktionstechnologie
Die Abteilung Automatisierung und Qualitätssicherung in der Produktionstechnologie komplettiert die Prozesskette für carbonfaserverstärkte Kunststoffe (CFK). Schwerpunkte sind die Textil- und Infusionstechnologie (Duromer), die Thermoplastverarbeitung, die produktionsintegrierte Qualitätssicherung, die Montage- und Verbindungstechnologie und die Robotik für Faserverbundfertigung. Ziel ist eine durchgängige Automatisierung des Produktionsprozesses für die Fertigung von Faserverbundstrukturen.
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Design and Manufacture Technologies
The department of “Design and Manufacture Technologies” combines the construction, design and computation with the process and production technology to an offer of a holistic, scientific engineering method for design and structures with fiber reinforced composites. In special attention are structures for aircrafts and structures made from polymer and thermoplastic composites using different high performance fiber and hybrid structures from fiber reinforced composite material and metals.
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Ceramic Composites and Structures
In the department „ceramic composite structures“ fibre reinforced ceramic materials as well as lightweight CMC (Ceramic Matrix Composite) structures for extreme applications have been developed since the late 1980`s. Thereby the complete process chain, including material and process development, design, layout and dimensioning and the manufacture of structural parts in original geometry, is available.
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Structural Integrity
Aims of the research activities are to develop simulation and test methods and to design aviation structures so that accidents or incidents in the crash and impact category are survivable for occupants. This includes material and structure tests as well as numerical analyses from sample level up to full-scale structures.
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Space System Integration
Development work in the Space Systems Integration department concentrates on thermally stable structures. The structural concepts range from maximum temperature applications in thermal protection systems (TPS) and hot primary structures of hypersonic aircraft to step structures, aerodynamic control surfaces and cryogenic tank systems.
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