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Interlaminar fracture toughness (G Icmax , kj/m 2 ) and crack length (a, mm) results for nanostitched/nanoprepreg carbon/epoxy composites.
Contexts in source publication
Context 1
... average fracture toughness GIC max (BT) and (MBT) values of the stitched/nano structures showed an almost 3 fold (283%) and over a 2 fold (225%) increase compared to the base or base/nano structures (Figure 2), respectively. It was realized that stitching and nano increased the fracture toughness GIC max of all the stitched/nano composites. ...
Context 2
... average fracture toughness GIC max (BT) and (MBT) values of the stitched/nano structures showed an almost 3 fold (283%) and over a 2 fold (225%) increase compared to the base or base/nano structures (Figure 2), respectively. It was realized that stitching and nano increased the fracture toughness GIC max of all the stitched/nano composites. At the declamination front, minor biaxial fiber bridging (warp/filling) in the in-plane direction was obtained to support declamination resistance. The nanostitching yarn under the declamination load was ...
