Texture Evolution During Cross Rolling and Annealing of High-Purity Nickel

Texture evolution of an Fe–Ni alloy sheet produced by cross accumulative roll bonding

“…However, the splitting of the H component was focused around the {011}b755N orientation. This orientation was already evidenced after cross rolling FCC metals and alloys and was termed ND-rotated brass [8,[28][29][30]. Fig.…”

“…The literature reported that the texture in cross rolling was characterized by the formation of a rotated brass orientation [8,[28][29][30][31]. Chandan et al [31] described the evolution of microstructure and texture in an Al-Zn-Mg-Cu-Zr-based 7010 aluminum alloy during different modes of hot cross-rolling.…”

“…In contrast, a coarse-grained starting material (800 μm) developed significantly weaker Bs and Bs ND components. Following these latter materials [8,[28][29][30], the origin of such texture has been analyzed based on the stability criteria of present texture components. The calculations of Hong et al [8] considered the rotation field R and its divergence div R : ¼ δ ϕ 1 :…”

Accumulative Roll Bonding at Room Temperature of a Bi‐Metallic AA5754/AA6061 Composite: Impact of Strain Path on Microstructure, Texture, and Mechanical Properties

“…Another way to improve mechanical properties of sheet metals is to change the strain path by applying cross‐rolling (CR) . CR consists of a 90° rotation around the normal direction (ND) of the sample before each rolling pass.…”

“…Indeed, several works have dealt with the resulting texture of such processes in face centered cubic (f.c.c.) metals: copper, nickel, and aluminum . As a result, whatever the metal, the ND‐rotated Brass {011}<755> component appears.…”