The manufacture of honeycomb cores using Fused Deposition Modeling

Sandwich panels are used in many industries for the advantageous properties of high stiffness, good strength to weight ratio, and impact resistance. This paper investigates properties of thin-walled cores manufactured through Fused Deposition Modeling (FDM); a process which, through a wider design s...

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Autores principales:	David Pollard, C. Ward, G. Herrmann, J. Etches
Formato:	article
Lenguaje:	EN
Publicado:	Taylor & Francis Group 2017
Materias:	Additive manufacture Bond strength FDM FFF Thermoplastic Honeycomb Polymers and polymer manufacture TP1080-1185 Automation T59.5
Acceso en línea:	https://doaj.org/article/f54b2d708b7d45a1afa7ed88f6a3e5bb
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spelling	oai:doaj.org-article:f54b2d708b7d45a1afa7ed88f6a3e5bb2021-12-02T09:22:02ZThe manufacture of honeycomb cores using Fused Deposition Modeling2055-03402055-035910.1080/20550340.2017.1306337https://doaj.org/article/f54b2d708b7d45a1afa7ed88f6a3e5bb2017-01-01T00:00:00Zhttp://dx.doi.org/10.1080/20550340.2017.1306337https://doaj.org/toc/2055-0340https://doaj.org/toc/2055-0359Sandwich panels are used in many industries for the advantageous properties of high stiffness, good strength to weight ratio, and impact resistance. This paper investigates properties of thin-walled cores manufactured through Fused Deposition Modeling (FDM); a process which, through a wider design space, could improve the functionality of sandwich panels. The bond strength between the layers of thin walls manufactured through FDM was evaluated through tensile testing. To measure the effect of modified manufacturing speeds, wall thicknesses were varied through the flow rate and nozzle speed. Honeycomb cores using FDM were produced with different toolpaths, and compared with an example of an industry standard Nomex honeycomb core. During tensile testing, thick-walled FDM components exhibited a more ductile failure with a lower yield point when compared to thinner specimens. The ultimate tensile stress remained constant across samples within each of the tested ABS and PLA polymers used. Honeycomb cores produced using FDM were found to have a higher compressive failure force than Nomex honeycomb, and a lower specific strength. The force–displacement curves of compressive failure show a ductile response for thick specimens, consistent with the previous result. These results, combined with the increased flexibility of additive manufacture technologies, could provide a method of manufacturing high strength cores with complex geometry.David PollardC. WardG. HerrmannJ. EtchesTaylor & Francis GrouparticleAdditive manufactureBond strengthFDMFFFThermoplasticHoneycombPolymers and polymer manufactureTP1080-1185AutomationT59.5ENAdvanced Manufacturing: Polymer & Composites Science, Vol 3, Iss 1, Pp 21-31 (2017)
institution	DOAJ
collection	DOAJ
language	EN
topic	Additive manufacture Bond strength FDM FFF Thermoplastic Honeycomb Polymers and polymer manufacture TP1080-1185 Automation T59.5
spellingShingle	Additive manufacture Bond strength FDM FFF Thermoplastic Honeycomb Polymers and polymer manufacture TP1080-1185 Automation T59.5 David Pollard C. Ward G. Herrmann J. Etches The manufacture of honeycomb cores using Fused Deposition Modeling
description	Sandwich panels are used in many industries for the advantageous properties of high stiffness, good strength to weight ratio, and impact resistance. This paper investigates properties of thin-walled cores manufactured through Fused Deposition Modeling (FDM); a process which, through a wider design space, could improve the functionality of sandwich panels. The bond strength between the layers of thin walls manufactured through FDM was evaluated through tensile testing. To measure the effect of modified manufacturing speeds, wall thicknesses were varied through the flow rate and nozzle speed. Honeycomb cores using FDM were produced with different toolpaths, and compared with an example of an industry standard Nomex honeycomb core. During tensile testing, thick-walled FDM components exhibited a more ductile failure with a lower yield point when compared to thinner specimens. The ultimate tensile stress remained constant across samples within each of the tested ABS and PLA polymers used. Honeycomb cores produced using FDM were found to have a higher compressive failure force than Nomex honeycomb, and a lower specific strength. The force–displacement curves of compressive failure show a ductile response for thick specimens, consistent with the previous result. These results, combined with the increased flexibility of additive manufacture technologies, could provide a method of manufacturing high strength cores with complex geometry.
format	article
author	David Pollard C. Ward G. Herrmann J. Etches
author_facet	David Pollard C. Ward G. Herrmann J. Etches
author_sort	David Pollard
title	The manufacture of honeycomb cores using Fused Deposition Modeling
title_short	The manufacture of honeycomb cores using Fused Deposition Modeling
title_full	The manufacture of honeycomb cores using Fused Deposition Modeling
title_fullStr	The manufacture of honeycomb cores using Fused Deposition Modeling
title_full_unstemmed	The manufacture of honeycomb cores using Fused Deposition Modeling
title_sort	manufacture of honeycomb cores using fused deposition modeling
publisher	Taylor & Francis Group
publishDate	2017
url	https://doaj.org/article/f54b2d708b7d45a1afa7ed88f6a3e5bb
work_keys_str_mv	AT davidpollard themanufactureofhoneycombcoresusingfuseddepositionmodeling AT cward themanufactureofhoneycombcoresusingfuseddepositionmodeling AT gherrmann themanufactureofhoneycombcoresusingfuseddepositionmodeling AT jetches themanufactureofhoneycombcoresusingfuseddepositionmodeling AT davidpollard manufactureofhoneycombcoresusingfuseddepositionmodeling AT cward manufactureofhoneycombcoresusingfuseddepositionmodeling AT gherrmann manufactureofhoneycombcoresusingfuseddepositionmodeling AT jetches manufactureofhoneycombcoresusingfuseddepositionmodeling
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The manufacture of honeycomb cores using Fused Deposition Modeling

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