The rare-earth (RE) contained ultrafine grained (UFG) Magnesium (Mg) alloys are excellent
materials for aerospace and automobile industries due to their ultra-light weight, high …

The hot deformation behavior and microstructure were investigated for as-extruded 7005
alloys, which is the same as the billet state in real applications in the commercial forging …

In recent years, calcium has been a chosen alloying element as an alternative to rare‐earth
elements for develo** creep‐resistant magnesium alloys, which find promising …

In hot deformation behavior, two indispensable parameters which are power dissipation
efficiency (η) and flow instability domains (ξ) in the processing maps have been exploited in …

Fe-rich particles that contain silicon were observed in commercially pure magnesium, which
contained less than 25 ppm Fe. Based on the simulated phase diagram, silicon, even at low …

The hot deformation behavior of Al–6.2 Zn–0.70 Mg–0.3 Mn–0.17 Zr alloy was studied using
hot compression tests over deformation temperature range of 623–773 K and strain rate of …

Abstract Hot workability of Fe 66 Mn 15 Si 5 Cr 9 Ni 5 (wt.%) shape memory alloy (SMA) with
γ austenite and ε martensite at room temperature was investigated by establishing …

Compression tests of multi-crystalline tungsten with Gleeble 3800 thermal simulator were
performed in the temperature range of 1250–1550° C and strain rate range of 0.001–1 s− 1 …

The hot working performance and microstructure evolution of an innovative GH1059
superalloy are investigated via Gleeble-3500 simulator under the deformation parameters of …

The hot deformation behaviour of two solid solution alloys Mg-3Al-3Sn (AT33) and Mg-3Al-
3Sn-1 Zn (ATZ331) were investigated using processing maps approach, while elucidating …