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Stein, Jasmin
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document
3D characterisation of void distribution in resin film infused composites
Abstract
This paper presents an investigation of voids in carbon<br/>fibre reinforced epoxy composites<br/>manufactured by resin film infusion using X-ray computed tomography (XCT). Two panels were investigated, one formed with a high viscosity resin, the other with a lower viscosity resin. The study focuses on the characterisation of the 3D distribution of voids in the panels. A new approach to the measurement of defect distribution demonstrated that in both panels, the voids were located close to the binder yarn. When the low viscosity resin was employed, the void distribution was more uniform throughout the panel thickness whereas for the high viscosity resin, the voids were mainly localised in the central part of the panel. Both qualitative and quantitative data were obtained giving extensive,<br/>three dimensional information which aids a better understanding of the manufacturing process<br/>.