Abstract Mg–1.2 Al–0.3 Ca–0.4 Mn–0.3 Zn (AXMZ1000)(wt%) alloy was rolled in three
different conditions in order to understand the effects of the rolling conditions on the …

We clarified the role of Zn on the mechanical properties and texture evolution in Mg-1.2 Al-
0.5 Ca-0.4 Mn-xZn (wt.%, x= 0, 0.8 and 1.6) alloy sheets fabricated by twin-roll casting and …

Mg–6Al–1Zn magnesium alloy sheets were rolled at high temperatures of 723–793K using
differential speed rolling. The Erichsen value remarkably increases about 1.5 times due to …

The Mg–3Al–1Zn magnesium alloy sheets with initial extrusion and casting microstructures
were symmetrically rolled at a high temperature of 823K, followed by a warm rolling at 498K …

The texture and stretch formability of Mg–3.0 wt.% Al–1.0 wt.% Zn–0.5 wt.% Mn alloy sheets
rolled at 663 and 723K were investigated at room temperature. The specimen rolled at 723K …

The effects of increasing rolling temperature from 723 K to 828 K at the last rolling pass on
microstructure, texture, mechanical properties and stretch formability of a Mg–3Al–1Zn …

The dynamic microstructure and texture of dilute Mg-0.50 Al-0.71 Ca-0.33 Mn (wt.%) during
hot rolling at two slab temperatures were investigated by electron backscattered diffraction …

The effects of different initial microstructures of Mg–9Al–1Zn alloy on microstructure and
mechanical properties after rolled were investigated in this study. Three original Mg–9Al …

Poor formability at room temperature (RT) has been the main bottleneck for a wider range of
applications of concentrated Mg–Al–Ca (–Zn) sheet alloys. Here, we report that RT stretch …

The mechanical properties and texture of AM60 (Mg–6.0 Al–0.3 Mn, mass fraction%) and
ZXM200 (Mg–1.6 Zn–0.5 Ca–0.2 Mn) Mg alloys subjected to multi-pass hot rolling were …