High-temperature resistant material is becoming increasingly significant in numerous
industrial applications, including aerospace and automotive use, to increase fuel efficiency …

Magnesium being the lightest structural material, is being increasingly used in automotive
industry but at elevated temperatures, alloys like AZ91D, AM60B, AM50A etc. exhibit poor …

This reference provides descriptions on techniques relating to the hot deformation of
aluminum alloys. It provides detailed explanations on how this process relates to creep …

Several families of magnesium die-casting alloys have been developed to operate at the
elevated temperatures experienced in automotive powertrain applications. Most alloys are …

In current study, microstructure and high-temperature mechanical properties of ZK60
magnesium alloy reinforced by SiC whiskers were investigated after casting, the KOBO …

The low density of Mg alloys renders them attractive for lightweight constructions. However,
creep resistance remains an important limitation of Mg alloys for, for example, automotive …

Impression creep tests were performed to study the effects of separate additions of 1 wt%
Gd, Y, and La rare-earth (RE) elements on the microstructure and creep characteristics of a …

In this study, high-temperature tensile properties and microstructure of ZK60/SiC w
composite were investigated in “as-cast” and “extruded+ precipitation-hardened” conditions …

The creep behavior of the cast AZ91 magnesium alloy was investigated by impression
testing. The tests were carried out under constant punching stress in the range 100 to 650 …

Intermetallic phases play a major role in the creep behavior of Mg alloys. The effects of
intermetallic phases on the creep behavior of AZ91 alloy have been studied in the present …