Strength and electrical conductivity of a deformation-processed Cu-5 Pct Nb composite
Metallurgical Transactions A(1993)
摘要
A Cu-5 pct Nb alloy was deformation processed by wire drawing to very large reductions (99.9993 pct) and the strength and
electrical conductivity properties compared with similarly deformation processed Cu-20 pct Nb. The results showed that the
Cu-5 pct Nb alloy was transformed into a composite material with the original Nb dendrites becoming ribbonlike filaments in
a similar fashion to higher Nb-containing Cu-Nb alloys. The degree of strength increase with increasing deformation processing
greatly exceeds rule-of-mixtures expectations at higher degrees of deformation processing, where the Nb becomes highly aligned
with the wire axis. A 5 pct Nb addition appears to contain close to the minimum amount of Nb phase necessary to produce appreciable
strengthening during deformation processing of Cu-Nb alloys. The strength-conductivity properties of the deformation-processed
Cu-5 pct Nb alloy show significant improvements in strength over the best commercial alloys in the conductivity range of 80
to 90 pct international annealed copper standard (IACS).
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关键词
Metallurgical Transaction,Draw Ratio,Ultimate Tensile Stress,Alloy Wire,Filament Thickness
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