1994
DOI: 10.1179/026708394790164338
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Effect of pretreatment and texture on recovery and recrystallisation in Al–4·5Mg–0·7Mn alloy

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Cited by 9 publications
(6 citation statements)
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“…The sharpening effect of the recovery treatment at 600 • C is also evident in Fig. 9(a) as a reduction in scatter around ideal orientations occurs [34,35]. For example, the intensity of the orientation G/B (situated in the orientation spread between G and B) increases at 600 • C prior to its attenuation upon recrystallisation at higher temperatures.…”
Section: Upon Isochronal Annealingmentioning
confidence: 71%
“…The sharpening effect of the recovery treatment at 600 • C is also evident in Fig. 9(a) as a reduction in scatter around ideal orientations occurs [34,35]. For example, the intensity of the orientation G/B (situated in the orientation spread between G and B) increases at 600 • C prior to its attenuation upon recrystallisation at higher temperatures.…”
Section: Upon Isochronal Annealingmentioning
confidence: 71%
“…Subsequently, the subgrains may coarsen further, thereby reducing the subgrain boundary energy. However, despite these obvious microstructural changes accompanying recovery, the textures remain virtually unaffected except for a general sharpening of the texture intensity by up to 20 % [7,8].…”
Section: Recrystallisation and Texturementioning
confidence: 92%
“…This process could further be compounded by the drag force of Mg atoms in solid solution and the submicron size dispersoids on the migrating high-angle boundaries. Under such circumstances, extended recovery or "in-situ recrystallization" [46,47] takes place concurrently with discontinuous recrystallization. During in-situ recrystallization, the major deformation texture components are not sharply altered; rather, continuous recovery-type processes such as subgrain growth [48,49] produce high-angle grain boundaries.…”
Section: As-cast and Wr Materialsmentioning
confidence: 98%