IMPACT DAMAGE ANALYSIS OF 3D WOVEN CARBON FIBRE COMPOSITES USING COMPUTED TOMOGRAPHY

E Archer, S King, JP Quinn, S Buchanan, AT McIlhagger

Research output: Chapter in Book/Report/Conference proceedingConference contribution

2 Citations (Scopus)

Abstract

3D woven textile reinforced composites allow the optimisation and tailoring of specific material properties into the final component that can provide a reduction in manufacturing cost. This paper investigates the damage imparted to 3D orthogonal woven fabric composite by drop weight impact and compression after impact (CAI) testing. Furthermore, specimens are analysed using computed tomography (CT) and through transmission ultrasonic inspection to observe how an impact event affects the structural integrity of the 3D woven composite. The 3D multi-layer reinforcements were manufactured on a textile loom with few mechanical modifications to produce preforms with fibres orientated in the warp, weft and through-the-thickness (TTT) directions. Orthogonal structures represent one of the more straightforward structures in terms of tow path complexity, yet also provide a structure where the advantages of low crimp tows bound together by a binder tow, result in a composite with high performance and reduced sensitivity to interlaminar shear.
LanguageEnglish
Title of host publicationUnknown Host Publication
Number of pages6
VolumeW02
Publication statusPublished - 21 Aug 2011
EventICCM-18 International Conference on Composite Materials - South Korea
Duration: 21 Aug 2011 → …

Conference

ConferenceICCM-18 International Conference on Composite Materials
Period21/08/11 → …

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Carbon fibers
Tomography
Composite materials
Textiles
Ultrasonic transmission
Impact testing
Looms
Structural integrity
Binders
Materials properties
Reinforcement
Compaction
Inspection
Fibers
Costs

Cite this

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title = "IMPACT DAMAGE ANALYSIS OF 3D WOVEN CARBON FIBRE COMPOSITES USING COMPUTED TOMOGRAPHY",
abstract = "3D woven textile reinforced composites allow the optimisation and tailoring of specific material properties into the final component that can provide a reduction in manufacturing cost. This paper investigates the damage imparted to 3D orthogonal woven fabric composite by drop weight impact and compression after impact (CAI) testing. Furthermore, specimens are analysed using computed tomography (CT) and through transmission ultrasonic inspection to observe how an impact event affects the structural integrity of the 3D woven composite. The 3D multi-layer reinforcements were manufactured on a textile loom with few mechanical modifications to produce preforms with fibres orientated in the warp, weft and through-the-thickness (TTT) directions. Orthogonal structures represent one of the more straightforward structures in terms of tow path complexity, yet also provide a structure where the advantages of low crimp tows bound together by a binder tow, result in a composite with high performance and reduced sensitivity to interlaminar shear.",
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Archer, E, King, S, Quinn, JP, Buchanan, S & McIlhagger, AT 2011, IMPACT DAMAGE ANALYSIS OF 3D WOVEN CARBON FIBRE COMPOSITES USING COMPUTED TOMOGRAPHY. in Unknown Host Publication. vol. W02, ICCM-18 International Conference on Composite Materials, 21/08/11.

IMPACT DAMAGE ANALYSIS OF 3D WOVEN CARBON FIBRE COMPOSITES USING COMPUTED TOMOGRAPHY. / Archer, E; King, S; Quinn, JP; Buchanan, S; McIlhagger, AT.

Unknown Host Publication. Vol. W02 2011.

Research output: Chapter in Book/Report/Conference proceedingConference contribution

TY - GEN

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AU - Buchanan, S

AU - McIlhagger, AT

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N2 - 3D woven textile reinforced composites allow the optimisation and tailoring of specific material properties into the final component that can provide a reduction in manufacturing cost. This paper investigates the damage imparted to 3D orthogonal woven fabric composite by drop weight impact and compression after impact (CAI) testing. Furthermore, specimens are analysed using computed tomography (CT) and through transmission ultrasonic inspection to observe how an impact event affects the structural integrity of the 3D woven composite. The 3D multi-layer reinforcements were manufactured on a textile loom with few mechanical modifications to produce preforms with fibres orientated in the warp, weft and through-the-thickness (TTT) directions. Orthogonal structures represent one of the more straightforward structures in terms of tow path complexity, yet also provide a structure where the advantages of low crimp tows bound together by a binder tow, result in a composite with high performance and reduced sensitivity to interlaminar shear.

AB - 3D woven textile reinforced composites allow the optimisation and tailoring of specific material properties into the final component that can provide a reduction in manufacturing cost. This paper investigates the damage imparted to 3D orthogonal woven fabric composite by drop weight impact and compression after impact (CAI) testing. Furthermore, specimens are analysed using computed tomography (CT) and through transmission ultrasonic inspection to observe how an impact event affects the structural integrity of the 3D woven composite. The 3D multi-layer reinforcements were manufactured on a textile loom with few mechanical modifications to produce preforms with fibres orientated in the warp, weft and through-the-thickness (TTT) directions. Orthogonal structures represent one of the more straightforward structures in terms of tow path complexity, yet also provide a structure where the advantages of low crimp tows bound together by a binder tow, result in a composite with high performance and reduced sensitivity to interlaminar shear.

M3 - Conference contribution

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