The microstructural evolution and underlying grain growth mechanism of a {10–12}-twin-
containing Mg alloy during annealing are investigated through quasi in situ electron …

The present study employs in situ X-ray microtomography to characterize the impact of grain
size on void nucleation, growth and linkage during tensile loading of magnesium alloy AZ31 …

Unlike the recrystallization-induced shear band mechanism which has been well accepted
for the RE-free Mg alloys during rolling, an understanding of deformed microstructure …

Twinning and shear bands are two main deformation structures in magnesium alloys at low
temperatures, however, the relationship between these two deformation structures is still …

This study demonstrates that the initial texture of Mg alloy significantly affects the
microstructure developed during cold rolling and the recrystallization behavior during …

In this work, a series of in-situ experiments were conducted to study the effect of grain size
on fracture behavior of commercial-purity Mg polycrystalline aggregates. For this purpose …

In this study, the deformation behavior of a Mg alloy with an off-basal texture during cold
rolling and the static recrystallization in the cold-rolled sheet during subsequent annealing …

In this study, the effect of rolling reduction on the microstructure, crystallographic texture, and
mechanical properties of the AZ91 alloy is studied. Optical microscopy (OM), scanning …

Preheating and rolling process were simultaneously achieved by on-line heating rolling
system. The effect of pass reduction on distribution of shear bands and mechanical …

Micro specimens of hot-rolled AZ31 and AZ31+ 0.8 wt% Sr magnesium alloys were
tensioned in the rolling direction, and fracture micro-mechanisms were studied by in-situ real …