The metal-forming industry is increasing its array of products every year. A connection
between scientific research and practical examples from industry keeps improving the rolling …

Asymmetrically hot rolled AZ31 magnesium alloy sheets exhibited a texture gradient, where
the intensity of {0002} basal textures decreased from the upper surface through the center to …

Asymmetric rolling of commercially pure magnesium was carried out at three different
temperatures: room temperature, 200° C and 350° C. Systematic analysis of microstructures …

The mechanical properties and microstructures of both symmetrically and asymmetrically
rolled Al were investigated. The yield strength was substantially increased by an improved …

Asymmetric rolling, in which the circumferential velocities of the upper and lower rolls are
different, can give rise to intense plastic shear strains and in turn shear deformation textures …

The anisotropic mechanical properties and formability of Al–Si–Mg–Cu-based alloy sheets
were investigated by varying their recrystallized grain sizes. By adding Cr and Mn and …

Asymmetric rolling is achieved usually by deforming a material through rollers of the same
diameter driven at different velocities or via rollers of different diameters but the same …

Symmetric rolling (SR) and asymmetric rolling (ASR) processes were carried out on 6 mm
thick AZ31 magnesium alloy sheets that were produced by twin roll casting (TRC) technique …

The fundamental objective of the present work consists of the improvement of the plastic
strain ratio (R-values) of AA-5182 aluminium alloy through improving the crystallographic …

The microstructure evolution during cold rolling of commercial purity AA1050 aluminum is
investigated through numerical simulations. A finite strain elasto-viscoplastic constitutive …