Abstract
An Al-Mn-Fe-Si model alloy has been subjected to two homogenization treatments, to achieve materials conditions with different microstructures in terms of constituents, levels of Mn in solid solution and dispersoid density, followed by cold rolling and back-annealing. The microchemistry state and evolution has been carefully characterized and quantified during processing, with a special focus on the second phase particles (constituents and dispersoids) and their effect on the softening behavior during back-annealing.
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