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Adhesion Studies during Generative Hybridization of Textile-Reinforced Thermoplastic Composites via Additive Manufacturing
by
Maier, Johanna
, Vogel, Christian
, Lebelt, Tobias
, Gude, Maik
, Modler, Niels
, Geske, Vinzenz
, Behnisch, Thomas
in
Additive manufacturing
/ Adhesion
/ Adhesive strength
/ Bonding strength
/ Contact angle
/ Continuous fibers
/ functionalization
/ fused layer modeling
/ generative hybridization
/ Glass fiber reinforced plastics
/ Hybridization
/ Mechanical properties
/ multi-material design
/ Nozzle geometry
/ Optical microscopy
/ Plasma
/ Polyamide resins
/ Preforms
/ Pretreatment
/ Process controls
/ Process parameters
/ Pull off tests
/ Substrates
/ Surface activation
/ Tensile strength
/ thermoplastic composite
2021
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Adhesion Studies during Generative Hybridization of Textile-Reinforced Thermoplastic Composites via Additive Manufacturing
by
Maier, Johanna
, Vogel, Christian
, Lebelt, Tobias
, Gude, Maik
, Modler, Niels
, Geske, Vinzenz
, Behnisch, Thomas
in
Additive manufacturing
/ Adhesion
/ Adhesive strength
/ Bonding strength
/ Contact angle
/ Continuous fibers
/ functionalization
/ fused layer modeling
/ generative hybridization
/ Glass fiber reinforced plastics
/ Hybridization
/ Mechanical properties
/ multi-material design
/ Nozzle geometry
/ Optical microscopy
/ Plasma
/ Polyamide resins
/ Preforms
/ Pretreatment
/ Process controls
/ Process parameters
/ Pull off tests
/ Substrates
/ Surface activation
/ Tensile strength
/ thermoplastic composite
2021
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Adhesion Studies during Generative Hybridization of Textile-Reinforced Thermoplastic Composites via Additive Manufacturing
by
Maier, Johanna
, Vogel, Christian
, Lebelt, Tobias
, Gude, Maik
, Modler, Niels
, Geske, Vinzenz
, Behnisch, Thomas
in
Additive manufacturing
/ Adhesion
/ Adhesive strength
/ Bonding strength
/ Contact angle
/ Continuous fibers
/ functionalization
/ fused layer modeling
/ generative hybridization
/ Glass fiber reinforced plastics
/ Hybridization
/ Mechanical properties
/ multi-material design
/ Nozzle geometry
/ Optical microscopy
/ Plasma
/ Polyamide resins
/ Preforms
/ Pretreatment
/ Process controls
/ Process parameters
/ Pull off tests
/ Substrates
/ Surface activation
/ Tensile strength
/ thermoplastic composite
2021
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Adhesion Studies during Generative Hybridization of Textile-Reinforced Thermoplastic Composites via Additive Manufacturing
Journal Article
Adhesion Studies during Generative Hybridization of Textile-Reinforced Thermoplastic Composites via Additive Manufacturing
2021
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Overview
Generative hybridization enables the efficient production of lightweight structures by combining classic manufacturing processes with additive manufacturing technologies. This type of functionalization process allows components with high geometric complexity and high mechanical properties to be produced efficiently in small series without the need for additional molds. In this study, hybrid specimens were generated by additively depositing PA6 (polyamide 6) via fused layer modeling (FLM) onto continuous woven fiber GF/PA6 (glass fiber/polyamide 6) flat preforms. Specifically, the effects of surface pre-treatment and process-induced surface interactions were investigated using optical microscopy for contact angle measurements as well as laser profilometry and thermal analytics. The bonding characteristic at the interface was evaluated via quasi-static tensile pull-off tests. Results indicate that both the bond strength and corresponding failure type vary with pre-treatment settings and process parameters during generative hybridization. It is shown that both the base substrate temperature and the FLM nozzle distance have a significant influence on the adhesive tensile strength. In particular, it can be seen that surface activation by plasma can significantly improve the specific adhesion in generative hybridization.
Publisher
MDPI AG,MDPI
Subject
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