Abstract
The combined role of recovery and Al3Sc precipitates on the work hardening of an Al-Mg-Sc alloy was explored in this work. Application of a single internal state variable model consistent with previous work on this alloy in its as-aged state suggests a similar influence of nonshearable precipitates and subgrain boundaries on the work hardening rate. These results are discussed in relation to previous models developed to describe the same alloy in the as-aged state as well as the work hardening of recovered binary Al-Mg alloys.
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