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Forschungsprojekte

Customizable interaction with material science research data – AimData

Fibre- and Material Development
In the material sciences, a broad spectrum of different experiments generates a large amount of research data. Experimental research data, including metadata, are nowadays often stored decentrally

RecyCarb

Fibre- and Material Development
Within the frame of the research project RecyCarb a qualified value-added chain shall be initiated for recycled carbon fibres (rCF), enabling the high-quality and sustainable re-use in sophisticated fibre-reinforced plastics.

FibMet

Composite Design and Manufacturing Technologies
Fibre Metal Laminates (FML) are applicated in industrial products, especially in aerospace industries, because of the to be expected high mechanical performance.

FLATISA

Composite Design and Manufacturing Technologies
In the recent years, the technologies for additive manufacturing (AM) have undergone a strong development in the areas of quality improvement and productivity

HyPatchRepair

Composite Design and Manufacturing Technologies
In context of lightweight design, increased use of fibre-reinforced plastics is focused by production of parts of airplanes.

Curing-Transponder

Measurement Systems and Monitoring
The continual and consequent raising of the resource efficiency during production and using polymer fibre-reinforced composites is mandatory in order to maintain the competi-tive position of Germany in this industry.

Dielectric Sensors

Measurement Systems and Monitoring
Crosslinked plastics are used for multilayer composites such as coatings and adhesive bonds as well as for fiber-reinforced plastics (FRP) such as e. g. carbon fiber reinforced polymers (CFRP)

HuTemp@SHM

Measurement Systems and Monitoring
Components made of fibre-reinforced composites have become an integral part in many technological fields. Especially aircraft design and automotive manufacturing provide new fields of potential applications.

TransPad

Measurement Systems and Monitoring
In this project, we develop a non-destructive testing tool for structures made from fiber-reinforced polymers with large surfaces. In fact, this method bases on the analysis of guided waves propagating through the structure