Abstract
Microstructural and mechanical correlations are presented to account for the solution softening behavior in molybdenum-rhenium (Mo-Re) alloys. This study included the evaluation of pure Mo and a series of Mo-Re alloys from 5 w/o to 17 w/o Re. A 1100° C annealing treatment produced complete recrystallization for pure Mo, partial recrystallization for 5 and 7 w/o Re, and substantially less recrystallization in the higher Re content alloys. The effect of grain size due to the increase of Re content is investigated in the recrystallized structure. Hardness was found to decrease with increasing grain size.
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