Polymers and Polymer Composites

THE DESIGN AND MANUFACTURE OF ADVANCED 3D WOVEN HYBRID COMPOSITE MATERIALS

August 1, 2007 By: Quinn J P; Mcllhagger A T; Mcllhagger R; Ridgeway K; Ganeshmal M; King R S; Stewart G Research article

Title: THE DESIGN AND MANUFACTURE OF ADVANCED 3D WOVEN HYBRID COMPOSITE MATERIALS
Page Range: p.597-604
Author(s): Quinn J P; Mcllhagger A T; Mcllhagger R; Ridgeway K; Ganeshmal M; King R S; Stewart G
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Journal: Polymers and Polymer Composites
Issue Year: ppc
Volume: 15
Issue No: No.8

Abstract
The viability and potential benefits of three-dimensional (3D) woven textile reinforcements with metallic yarns integrated into the structure were examined. Hybrid 3D woven composite materials were produced using carbon fibre and aluminium wire, and subsequently impregnated with a two-part aerospace epoxy resin system. The areal density and hence the preform weight increased on introduction of the aluminium wire, whereas the flexural strength and modulus showed little change. The post-impact compressive strength was significantly greater than that of a carbon-fibre composite. 19 refs.


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