Comparison of recrystallization texture in cold-rolled continuous cast AA5083 and 5182 aluminum alloys

Study of the recrystallization process of AlMgSi alloys containing transition elements

“…There are a series of interesting processes related to softering which deal with the rearrangement of defects within the deformed crystals (recovery) and conclude with the replacement of the deformed grains by a new set of strain free crystals (recrystallization ). Studies of changes in the recrystallization behaviour due to the presence of second phase particles have been investigated earlier [2][3][4]. In general, the addition of transition elements to aluminium alloys improve their mechanical and physical properties, e. g. by the inhibition of recrystallization and by preventing stress corrosion.…”

Field Emission Gun Scanning Electron Microscopy with Electron Back Scatter Diffraction for Texture, Formability and Fatigue Studies of Advanced Materials

“…However, the alloys produced by the continuous cast technology often show an inferior formability, compared to the alloys produced by conventional direct chill casting (DC). A strong P texture component {011}〈566〉 is often formed in recrystallized CC Al alloys, especially in 3000 series Al alloys [1][2][3]. It has been recognized that, in a DC Al-Mn alloy, the P component is formed due to the concurrent precipitation effect, i.e., precipitation of Al 6 Mn upon heating of the deformed and supersaturated alloy [4,5].…”

Effect of Precipitates on the Development of P Orientation {011}$$ \left\langle {566} \right\rangle $$ in a Recrystallized Continuous Cast AA 3004 Aluminum Alloy after Cold Rolling

“…[1,2] Compared with the Al sheet products produced by the traditional DC route, the CC Al alloys retain a high level of supersaturation due to the rapid solidification rate and omission of homogenization treatment in the CC method. Fine precipitates could then be generated in these supersaturated CC Al alloys during their downstream thermomechanical processing, which could have a significant effect on the development of microstructure and texture in the final O-temper Al alloys.…”

“…These uncommon textures include P {011} 566 h i, normal direction (ND)-rotated cube {001} 310 h i, and {113} 110 h i orientations. [1,2,[10][11][12] It has been reported that these ''uncommon'' textures occur in Al alloys due to the effect of solid solution. Magnesium in solid solution reduces recovery, which leads to formation of shear bands during cold rolling, and during subsequent annealing, uncommon texture components occur at the shear bands at the expense of cube texture components.…”