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Poster

Analyse der Druckpfadabhängigkeit in additiv gefertigten Komponenten aus kurzglasfaserverstärktem ABS mit verschiedenen Faservolumengehalten

Wednesday (05.07.2017)
18:09 - 18:12 Uhr
Bestandteil von:
Beiträge:
17:30 Poster Rigidity and damage evolution of Long Fibre Reinforced Polypropylene made by Direct Processing Route (LFT-D) 0 Prof. Dr. Kay André Weidenmann
17:36 Poster Formulation and manufacturing of polybenzoxazine composites 0 Jonas Werner
17:39 Poster Development of thermoplastic composites for visible parts in automotive applications 1 Thomas Köhler
17:42 Poster Einfluss der chemischen Funktionalisierung der Glasfaseroberfläche auf die mechanischen Eigenschaften endlosfaserverstärkter Thermoplaste 1 Katja Hase
17:45 Poster Tailored inserts based on continuous fibres for local bearing reinforcement of thermoplastic components 1 Holger Büttemeyer
17:48 Poster Düsen und Heißkanalsysteme für Spritzgießmaschinen zur Herstellung von Thermoplast-Verbund-Formteilen mit Haut-Kern-Struktur (Sandwich-Formteile) 1 Andreas Raddatz
17:51 Poster Mechanical Properties of AlSi12-based Metal Matrix Composites Reinforced with Layered Metallic Glass Ribbons 1 Klaudia Lichtenberg
17:54 Poster Influence of Boron to the creep behavior of particle reinforced aluminium matrix composites (AMCs) 1 Dr.-Ing. Steve Siebeck
17:57 Poster Fundamental investigations of aluminium matrix composite brake rotors for the use in passenger cars 0 Florian Gulden
18:00 Poster Mit dem Cobot zum Organoblech: Intelligente Produktionstechnologie und Qualitätssicherung zur Herstellung carbonfaserverstärkter Thermoplastbauteile für maßgeschneiderte Luftfahrtstrukturen 1 Frederic Fischer
18:03 Poster One Step Production of Bicomponent Yarns with Glass Fibre Core and Thermoplastic Sheeth for Composite Applications 1 Thomas Köhler
18:06 Poster Möglichkeiten der Imprägnierung von Carbonfasern mit thermoplastischen Matrizen 1 Thomas Köhler
18:09 Poster Analyse der Druckpfadabhängigkeit in additiv gefertigten Komponenten aus kurzglasfaserverstärktem ABS mit verschiedenen Faservolumengehalten 1 Anselm Heuer
18:12 Poster Ultrasound Enhanced Friction Stir Welding (USE-FSW) of Al/Steel-Hybrid Joints 1 Marco Thomä
18:15 Poster Weldable Metallic force Transmission Points in Fibre Reinforced thermoplastics (frtp) 1 Arne Kunze
18:18 Poster Determination of the damping characteristics of fiber-metal-elastomer laminates using piezo-indicated-loss-factor experiments 1 Vincent Sessner
18:21 Poster Mechanisches Verhalten von Schlaufen mit kleinen Innendurchmessern 1 Holger Büttemeyer
18:24 Poster Simulation des Einflusses von Materialparametern auf das mechanische Verhalten syntaktischer Metallschäume 0 Dr. Jörg Weise
18:30 Poster Ressourceneffizienzsteigerung durch Einsatz von Verbundwerkstoffen und –konstruktionen im Bauwesen 1 Magdalena Kimm
18:33 Poster Development of nonwoven preforms made of pure recycled carbon fibres (rCF) for applications of composite materials 1 Marcel Hofmann
18:36 Poster Cellulose Particles as Pore Creator 1 Sascha Galic
Session-Vorsitzender


Session P.1: Postervorstellung
Gehört zu:
Session P: Postersession


Additive manufacturing provides the ability to produce structural components featuring complex shapes in one step, compared to traditional methods of production. Therefore, additive manufacturing has recently gained attention for the direct production of parts. Using fiber reinforced filaments offers the opportunity to improve the mechanical properties of FDM printed components. In order to dimension them correctly, the mechanical properties of additive manufactured

samples based on glass fiber reinforced filaments were determined. Additionally, the influence of printing paths resulting in a distinct fiber orientation were taken into account.

Samples were produces by FDM-method (fused deposition modeling) from three materials: Bulk ABS and short glass fiber reinforced ABS featuring 5 wt% and 10 wt% fiber content. Additionally, samples were printed in two different raster orientations of [0°] and [90°]. Three different sample types were manufactured in order to perform tension, bending and impact tests. Prior to printing the samples, the slicer parameters were optimized for usage with the fiber reinforced filament. To determine the fiber orientation distribution (FOD) and fiber length-distribution (FLD), the samples were scanned using a μCT. Results show that fiber reinforced filaments used in this contribution can increase stiffness to 150 % of the bulk material in printing direction with a fiber weight content of 10 %. µCT investigations have shown that the orientation of fibers is primary aligned to the printing path.

 

Sprecher/Referent:
Anselm Heuer
Karlsruher Institut für Technologie (KIT)
Weitere Autoren/Referenten:
  • Pascal Pinter
    Karlsruher Institut für Technologie (KIT)
  • Prof. Dr. Kay André Weidenmann
    Karlsruher Institut für Technologie (KIT)