Processing of carbon-fibre/epoxy composites with cost-effective interlaminar reinforcement
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2022, Engineering Fracture MechanicsCitation Excerpt :Although a considerable increase in interface toughness and strength is achieved through thickness reinforcement methods, a considerable degradation in the in-plane properties is also observed [45,51]. Finally, interface toughening can be achieved by interleaving a thin polymeric based layer between the layers in a laminate, which results in an increase in toughness and strength without changing the in-plane properties [57–69]. However, using them at the structural scale in all the interfaces susceptible to damage is currently economically unfeasible.
Symmetric and asymmetric intercalation effect on the low-velocity impact behavior of carbon/Kevlar hybrid woven laminates
2022, Composite StructuresCitation Excerpt :However, due to their layer-by-layer structures [10], CFRP laminates are vulnerable to low-velocity impact loads, resulting in material delamination and a sharp decline in residual strength [11,12]. Methods to improve the impact resistance of laminates include resin toughening [13–16], preform stitching [17], diffused short fiber distribution [18–20], fabric structure design [21–23], ply angle transformation [24], fiber hybrid, etc. For example, adding carbon nanotubes could appropriately improve the overall structural toughness and impact resistance of composite [25], but they increased the matrix viscosity and made the curing process more difficulty [26,27].
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