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Short-time ten ~ i1e t es ts were made at temperatures r a nging from 750 to 1,700° F on hyo 70-perce nt-nickel30-percent-copper alloys. The experimental evidence showed that cli~continuous fi ow occurred in specimens of both a lloys frac t ured in te nsion a t temperatures r a nging from 3000 to 1700 F. This phenomeno n was a t t ribu ted to strain-aging a t the lo\\"er temperatures a nd to recrystall ization accompanied by grain growt h a t t he higher te mpera tures . Va ria t ions in chemi cal composition of t he two a lloys also affected t he degree of ~ train-agin g, strength ancl ductil it ,' propert ies, and f racture characterist ics .

Effect of temperature on the tensile properties of a commercial and a high-purity 70-percent-nickel-30-percent-copper alloy