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- W767515653 abstract "Crashworthiness, damage tolerance, energy absorption capability and safety are all important factors in the design of light-weight composite structures. Furthermore, in order to make such structures lighter and more resilient, and to avoid stress concentrations that can occur with mechanical fasteners such as bolted or welded joints, it is preferable to mate the structure’s various components with adhesively bonded joints. Therefore, a comprehensive understanding of the response of bonded joints subjected to loadings with various rates is of paramount importance in developing reliable structures. In this paper, the effects of high loading rates on the performance of nano-reinforced adhesively bonded single-lap joints with composite adherends are systematically investigated, and will be compared to the static and quasi-static results. Bonded joints mating carbon/epoxy and glass/epoxy adherends were subjected to tensile loadings under 1.5, and 3 mm/min, and very high loading rate of 2.04E+5 mm/min. The high loading rate tests were conducted using a modified instrumented pendulum, equipped with a specially designed impact load transfer apparatus. The results of the high load rate tests revealed the loading rate sensitivity of the adhesive/joints, as well as the positive influence of nano- reinforcement. In all, that overall stiffness and strength of the joints were increased with increasing loading rates and nano reinforcement. It was also recognized that the effect of nano reinforcement in few cases overcame the effect of loading rate, meaning that even small increases in the amount of nano-particles can overcome enormous increases in loading rates using the same epoxy resin base. The observed failure mechanisms were examined with a scanning electron microscope." @default.
- W767515653 created "2016-06-24" @default.
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- W767515653 date "2013-01-01" @default.
- W767515653 modified "2023-09-26" @default.
- W767515653 title "Static, Quasi-Static and High Loading Rate Effects on Graphene Nano-Reinforced Adhesively Bonded Single-Lap Joints" @default.
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