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Sheets of binary Fe83Ga17 alloy were prepared by a method which involved rolling of specimens with ©100a oriented columnar grains arranged initially along rolling direction. The ductility of the binary Fe83Ga17 alloy with ©100a oriented columnar grains fabricated via directional solidification could be improved compared with that of the alloy with equiaxed grains. The orientation gradually rotated to a ©110a from the ©100a direction during the rolling process, and the final rolled texture was dominated by strong {100}©011a. The sharp {110}©001a Goss orientation was confirmed in the final annealed sheets. Excluding the effects of inhibitors and surface energy on textural evolution, it is thought that the ©001a orientation was obtained from the hereditary characteristics of the initial columnar grains. A high magnetostriction of 185 ppm without pre-stress was attributed to the strong Goss texture observed in the final recrystallized sheets. [doi:10.2320/matertrans.M2015282]

Retaining the &lang;001&rang; Orientation from Initial Columnar Grains and Magnetostriction in Binary Fe-Ga Alloy Sheets