Low-Velocity Impacts on Scarf Joints
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Adhesive bonding is widely used in several engineering fields. During fabrication or manufacturing low-velocity impacts can occur. In this work, low-velocity impact resistance of adhesively bonded composite scarf joint is investigates. Two adhesives are considered: a neat epoxy and a carbon nanotube (CNT) doped epoxy. It is showed the MWCNT doping increases the strength of the joint. However, absorbed energy and deflection at failure are decreased.
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