Superplastic forming, as an advanced manufacturing method, is especially important for
producing complex-shaped components for Mg-alloys. Superplasticity can be achieved …

By coupling an improved speckle patterning method enabling high resolution digital image
correlation (HRDIC) at nanoscale strain resolution (146 nm) with a scanning electron …

Magnesium alloys have gained interest in biomedical applications due to the mechanical
properties (very similar to the human bones) and the capability to be absorbed (additional …

Experiments show that the magnesium AZ31 (Mg-3 pct Al-1 pct Zn) alloy exhibits excellent
superplastic properties at 623 K (350° C) after processing by equal-channel angular …

In the current study, parallel tubular channel angular pressing (PTCAP), as a severe plastic
deformation (SPD) method, was applied on a commercial pre extruded Mg-3Al-1Zn (AZ31) …

Currently, the automotive and aircraft industries are considering increasing the use of
magnesium within their products due to its favorable strength-to-weight characteristics …

A designed gradient microstructure has the potential to enhance mechanical performance of
materials. Severe shot peening was used to develop gradient microstructure in twin-roll cast …

Both equal channel angular pressing and friction stir processing have the ability to refine the
grain size of twin roll cast AZ31 magnesium and potentially improve its superplastic …

Controlled in situ SEM tensile tests have been carried out between 200 and 300° C at a
constant strain rate of 5.10-5 s-1 to investigate the effect of temperature on deformation …

The high temperature deformation behaviour of AZ31 magnesium alloy is analysed by
comparing numerous investigations, including work by these authors and by other …