The formability of Al alloys is strongly influenced by their strain hardening capacity. Whilst
the effect of precipitates on yield strength has been thoroughly studied, their effects on the …

The distribution and partitioning of solute atoms in age-hardenable aluminum (Al) alloys
markedly impact strength, ductility and failure of alloy materials, thus rendering the …

Abstract Al-Mg-Zn-(Cu) crossover alloys, embracing the advantages of traditional 5xxx and
7xxx series aluminum alloys, are being designed to achieve a better trade-off between …

A new generation of aluminum alloys, strengthened by the T-Mg 32 (AlZn (Cu)) 49 phase,
has been created in the last decade based on the 5xxx series Al–Mg alloy, modified with …

An artificially aged AA6061 alloy was investigated at multiple heat treatment conditions with
monotonic tensile and cyclic shear testing to characterize the effect of precipitation on the …

Terminal velocity and drag coefficient are the core parameters of particle motion, but their
predictive models and measuring methods have rarely been focused. In this work, terminal …

This work aims to provide new insights into understanding precipitation kinetics in Mg-Zn
alloys. First, the evolution of Zn solute, precipitate size and volume fraction is characterized …

A modelling framework for the strength and work hardening contributions in age hardened
Al–Mg–Si alloys is presented. The modelling work is based on transmission electron …

Currently, there is a tendency towards breaking through conventional 5000 series aluminum
alloys framework and designing heat-treatable Al–Mg based alloys with the improved …

To better understand the behavior of M50NiL steel under carburizing and nitriding duplex
treatment, different carburizing temperatures (ranging from 890 to 980° C) were used for the …