The creep behaviors of solution-treated pure Mg and AZ-series alloys including AZ31, AZ61
and AZ91 were systematically unveiled at 453 K along the rolling direction. The most …

Age-hardening has been considered as an efficient way to enhance the creep resistance of
Mg-RE alloys for a long time. However, the present work reported the unexpected …

Magnesium (Mg) alloys are widely used in automobile, rail transit, and other fields; however
their heat resistance and deformation ability should be improved. In the present work, the …

The individual effects of Y and Nd elements on the precipitate-free zone (PFZ) development
and the dislocation creep mechanism of a Mg-4Y-3.5 Nd alloy were investigated using …

The insufficient creep resistance seriously restricts the practical application of Mg alloys,
which needs to be preferentially resolved. In this work, the conventional forging was adopted …

The effects of Ce additions on the microstructures, mechanical properties and thermal
conductivity of low-temperature extruded Mg-0.9 Mn (wt%) alloy were systematically …

In this work, the compressive creep behaviors of Mg-1.5 wt% Y (0Mn alloy) and Mg-1.5 wt%
Y-1wt.% Mn (1Mn alloy) were investigated. The compressive creep tests were performed …

Tensile creep tests were performed along the normal direction on the as-solutioned (AS)
and as-aged (AA) samples of a commercial ZK60 alloy in this work. The results showed that …

This work concerns the distinguished roles of static aging and strain aging in the creep
resistance of a hot-rolled Mg-4Y-3.5 Nd alloy. The solution-treated sample is named AS …

In this work, a Mg-1.0 Mn-1.0 Zn (wt.%) alloy with ultra-high strength was prepared by
extrusion at 438 K and forging at 453 K. High tensile yield strength of 373 MPa and ultimate …