Texture comparison between room temperature rolled and cryogenically rolled pure copper

Effect of {110}<229> and {110}<112> Grains on Texture Evolution during Cold Rolling and Annealing of Electrical Steel

“…9,15) In this case of ultra thin samples, although shear bands are not directly observed, the crystal rotation along specific direction in specific matrix is determined in the same way. 15,16) Regarding initial {110} < 112 > grains, the microstructure is divided into two types of regions, with the deformed orientations of {112} < 110 > and {111} < 110 > (Figs. 3(e)-3(f)).…”

Study of the influence of the microstructure on the corrosion properties of pure copper

“…Further, in order to obtain a sample with a very small grain size and a random texture, the cryogenic rolling technique was used . The hot rolled copper was cooled with liquid nitrogen before the rolling.…”

Effect of Hot Band on Texture Evolution and Plastic Anisotropy in Aluminium Alloys

“…In addition, these components likewise reveal <111>40 • orientation relationship with the deformed matrix [14,21]. When it comes to shear bands, the results of crystal plasticity calculations [25] show that the localized shear strain tended to produce P and Q orientations in the deformed grains, and therefore, both texture components can appear in recrystallized materials during the subsequent heat treatment process.…”

“…Apart from the {001}<100> texture, which usually appears in metals with FCC crystal structure, weak E component, P, Goss, Q ({013}<231>)and ND rotated Cube orientations tended to evolve in the recrystallized materials A-D (Figure 5a-d). The evolution of these texture components is governed by various annealing phenomena, which take place at microstructural heterogeneities induced by the stain mode heterogeneities in the vicinity of non-deformable particles [2,7,[22][23][24] or in the shear-bands [25]. It should be mentioned that the local events, such as nucleation within the shear bands or particle stimulated nucleation [1,2,7,[22][23][24], which occurs in the particle affected deformation zone, have a great impact on both qualitative and quantitative characteristics of texture evolved during final annealing.…”

“…It should be mentioned that the local events, such as nucleation within the shear bands or particle stimulated nucleation [1,2,7,[22][23][24], which occurs in the particle affected deformation zone, have a great impact on both qualitative and quantitative characteristics of texture evolved during final annealing. These two mechanisms are responsible for the evolution of Goss, E, P, Q, and rotated Cube texture orientations [1,2,7,20,[22][23][24][25][26].…”