Correlation of deformation texture and microstructure

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Abstract
The principles of texture evolution during the rolling deformation of fcc metals are presented, and effects which enable texture formation and local structure evolution to be correlated are analysed by comparing experimental rolling textures in fcc metals with the results of theoretical predictions based on homogeneous slip on discrete slip systems (Taylor type models). The assumptions of partially relaxed constraints conditions, and the influence of high deformation on deformation structure and its consequences for local texture effects and local grain arrangement, are discussed. MST/1291

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