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2021 | OriginalPaper | Buchkapitel

2. Wissenschaftlicher und technischer Stand zu Beginn des Vorhabens

verfasst von : Heiko Assing, Thanh Nam Le, Robert Stranz, Benjamin Reil, Knut Böttcher, Martin Hillebrecht, Ulrich Berges, Carsten Jatzen, Tobias Reincke, Sven Hartwig, Klaus Dilger, Albert Sedlmaier, Thomas Dietl, Andreas Wedemeier, Benjamin Poller

Erschienen in: Thermoplastische, rollgeformte Profile in Hybridbauweise 2 - TroPHy2

Verlag: Springer Berlin Heidelberg

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Zusammenfassung

Kap. 2 präsentiert den Stand der Technik zu hybriden Werkstoffen. Nach einer kurzen Einführung (Abschn. 2.1.1) zu allgemeinen Anwendungen von Hybridlaminaten stellen die teilnehmenden Partner ihre projektrelevanten laufenden oder bereits abgeschlossenen Forschungsarbeiten vor (Abschn. 2.1.2). Grundlegende Aspekte, die das Projekt TroPHy2 im Folgenden berücksichtigt, sind die Fügetechnik (Abschn. 2.1.3), die Anbindung zwischen Faserkunststoffverbunden (FKV) und Metallen (Abschn. 2.1.4) und das Eigenspannungs- sowie Verformungsverhalten in Hybridlaminaten (Abschn. 2.1.5). Recherchen zu Simulationsmethoden (Abschn. 2.1.6) sowie die Fertigung von Hybridlaminaten (Abschn. 2.1.7) insbesondere im Rollformverfahren (Abschn. 2.1.8) liefern weiteren wichtigen Input für das Projekt.

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Metadaten
Titel
Wissenschaftlicher und technischer Stand zu Beginn des Vorhabens
verfasst von
Heiko Assing
Thanh Nam Le
Robert Stranz
Benjamin Reil
Knut Böttcher
Martin Hillebrecht
Ulrich Berges
Carsten Jatzen
Tobias Reincke
Sven Hartwig
Klaus Dilger
Albert Sedlmaier
Thomas Dietl
Andreas Wedemeier
Benjamin Poller
Copyright-Jahr
2021
Verlag
Springer Berlin Heidelberg
DOI
https://doi.org/10.1007/978-3-662-62355-8_2

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