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• W3114918719 endingPage "106845" @default.
• W3114918719 startingPage "106845" @default.
• W3114918719 abstract "The nanohardness (H), reduced elastic modulus (E), and nanotribological properties including nanoscratch and nanowear resistance of tantalum/cobalt (Ta/Co) nanolaminates with varying individual layer thickness (h) were systematically studied using a nanoindenter. With decreasing individual layer thickness from 100 nm to 5 nm, the H of the nanolaminates increased gradually and reached a peak of ~7.20 GPa at h = 5 nm, while the E increased gradually with a sudden decrease at h = 25 nm. The critical point of delamination (Pc), coefficient of friction (COF), and post-scratch microstructures of the nanolaminates were assessed via nanoscratch testing. The normal load at Pc was increased gradually with a decrease in h under a ramped load. The post-scratch microstructures after delamination showed clear film chipping/crack formation and propagation of cracks/breakdown of grains at larger h, while no film chipping/cracking/breakdown of grains was observed in the nanolaminate with h = 5 nm. The wear rate of the nanolaminates increased with an increase in applied load irrespective of h and, interestingly, it started decreasing with increasing the numbers of wear cycles and became steady at higher numbers of wear cycles during nanowear tests. The nanolaminate with h = 5 nm showed the lowest wear rate with minimal plastic deformation. Nanoindentation of the worn surfaces of the nanolaminate with h = 5 nm after nanowear testing showed significant work hardening despite its negligible plastic deformation during nanowear tests. Overall, the Ta/Co nanolaminate with individual layer thickness at a few nanometers’ length-scale exhibited high strength and excellent scratch and wear resistance with minimal plastic deformation." @default.
• W3114918719 created "2021-01-05" @default.
• W3114918719 creator A5022399770 @default.
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• W3114918719 date "2021-04-01" @default.
• W3114918719 modified "2023-10-12" @default.
• W3114918719 title "Individual layer thickness-dependent nanoindentation and nanotribological behaviors of Ta/Co nanolaminates" @default.
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• W3114918719 doi "https://doi.org/10.1016/j.triboint.2020.106845" @default.
• W3114918719 hasPublicationYear "2021" @default.
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