Abstract
A number of new textures have been observed in rolled and annealed magnesium-bearing aluminum alloys. The textures contain various proportions of {100} or {100} oriented material, together with components near {110} , or {2, 13, 15} or {4, 11, 14} . They result from recrystallization, and involve the migration of high-angle boundaries similar to those associated with the formation of the more commonly observed cube texture. The origin of these textures is explained in terms of current theories of recrystallization texture formation, and their occurrence is attributed to the absence of {358} and {110} components in the rolling texture. This in turn is attributed to preferred orientations in the as-cast starting material prior to rolling.
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