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- W2036138336 abstract "Abstract Tensile stress-strain curves for a metal-ceramic single fiber composite show load drops associated with every fiber break. Each curve exhibits a limited number of load drops that are characteristic of the level of the fiber-matrix bonding. A detailed analysis of these stress-strain curves gives the following results: (a) the magnitude of the load drops depends not only on the fiber strength but also on the work-hardening behavior of the metal matrix and the length of the shear relaxation zone at the interface; (b) the distribution of the magnitude of the load drops is determined by the random truncation of the shear relaxation length as part of the fiber fragmentation process; (c) the first load drop can be systematically used to determine the in situ Weibull strength statistics and a scaling law for the ceramic fiber; (d) the slope of the reloading portion immediately after a load drop is proportional to the fundamental work-hardening rate of the metal; (e) the interfacial (yield) shear strength of the metal-ceramic interface is described in terms of the total number of load drops and the magnitude of the first load drop. These results are applied to the case of copper-sapphire and copper-niobium-sapphire interfaces. An interlayer of niobium, approx. 30 nm thick, increases the interfacial shear strength by a factor of two. The interfacial shear strengths determined in the present study are lower by an order of magnitude compared to the values obtained with the thin film multiple cracking technique. This difference is explained by different mechanisms of shear relaxation at the interface after fracture of the ceramic phase." @default.
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- W2036138336 title "Analysis of the single-fiber-composite test to measure the mechanical properties of metal-ceramic interfaces" @default.
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