Development of cube texture in coarse grained copper

Abstract

Cube oriented deformed material has been detected in the rolling texture measured on edge sectionsof heavily rolled coarse grained copper. The level of intensity is low, and seems to be independent ofrolling reduction over the range 93–98%. Recrystallization textures show an increasing strength ofCube with rolling reduction. The evidence is consistent with the idea that Cube nuclei are created bya mechanism similar to that proposed by Dillamore and Katoh, and the strength of the recrystallizedCube texture depends on oriented growth. Prior grain size effects are briefly examined and it is shownthat deformation textures are less sharp in large grain size compared with small grain sized copper atsimilar strains. It is likely that the effect of grain size on cube texture formation arises from grain sizedependent texture changes in the vicinity of the deformed Cube oriented material.

Cube oriented deformed material has been detected in the rolling texture measured on edge sectionsof heavily rolled coarse grained copper. The level of intensity is low, and seems to be independent ofrolling reduction over the range 93–98%. Recrystallization textures show an increasing strength ofCube with rolling reduction. The evidence is consistent with the idea that Cube nuclei are created bya mechanism similar to that proposed by Dillamore and Katoh, and the strength of the recrystallizedCube texture depends on oriented growth. Prior grain size effects are briefly examined and it is shownthat deformation textures are less sharp in large grain size compared with small grain sized copper atsimilar strains. It is likely that the effect of grain size on cube texture formation arises from grain sizedependent texture changes in the vicinity of the deformed Cube oriented material.