Evolution of Texture in ARB Processing of Al 99.8 %

Jan Kuśnierz; J. Bogucka

doi:10.4028/www.scientific.net/MSF.495-497.797

Paper Titles

Plane Strain Compression of Single Crystalline Ni₃Al-Base Intermetallic Compounds
p.767

ECAE of Al-4%Cu Alloys: Experimental Study Assisted by Polycrystalline-FEM Simulations
p.775

Texture Formation during Severe Plastic Deformation
p.785

Texture Evolution during ECAP and Subsequent Annealing of an AlMg1Mn0.14 Alloy
p.791

Evolution of Texture in ARB Processing of Al 99.8 %
p.797

R-Value and Texture Change of AA 1050 Al Alloy Sheet by Equal Channel Angular Pressing
p.803

Texture Development in Interstitial Free (IF) Steel Subjected to Two Cycles of Equal Channel Angular Extrusion
p.809

Orientation Evolution during Equal Angular Channel Extrusion of Copper Single Crystal
p.815

Texture Gradient in ECAP Silver Measured by Synchrotron Radiation
p.821

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Evolution of Texture in ARB Processing of Al 99.8 %

Abstract:

The accumulative roll-bonding (ARB) process, invented a few years ago, is a promising mode for introducing severe plastic deformation into industrial practice. The ARB process consists in rolling of the pack of two sheets up to 50 %. Then, the rolled material is sectioned into two halves, stacked and the procedure of roll-bonding is repeated. The orientation distribution of ARB processed Al 98 % up to e ~ 12 is analyzed in the paper. The evolution of crystallographic texture has been discussed in relation with changes of mechanical properties and structure.