Abstract
Abstract A crystallographic etching technique has been used to demonstrate that deformation banding is an important deformation mode in copper. In a cold-rolled coarse-grained copper, deformation banding occurs and the different banding geometries divide the grains into a large number of regions with different orientations. Because of the important effect on microstructure, deformation banding is considered to influence the development of deformation texture. In particular, the {110}〈112〉 texture component, an important component of the copper-type rolling texture which cannot be explained by existing deformation models, is shown to be formed by deformation banding.
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