Nanoscale precipitation is one of the most widely used microstructural tools to manipulate
the properties of metallic alloys, and especially to reach high strength. Optimal …

To study the vacancy-solute-atom interaction, diluted Al-In and Al-Sn alloys with 0.005 and
0.025 at.% indium/tin cast from very high purity elements were investigated by positron …

Differential scanning calorimetry (DSC) is a technique extensively applied to analyse
precipitation phenomena in Al-Mg-Si alloys, yet the processes occurring during non …

In this work, the microstructural evolution and mechanical behavior of as-cast Al–5Mg alloys
with various tin (Sn) contents were investigated. Combined with microstructure …

The deformation mechanism and precipitation behavior of Al-5.8 Cu-0.35 Mg-(0.3 Sn)(wt.%)
alloys were intensively investigated by microstructure characterizations and mechanical …

In this study, the quantitative results from both electron backscattered diffraction and
transmission electron microscope analyses provided the fundamental insight into the …

Abstract The cast Al–3Li–2Cu-0.15 Zr alloy is a promising material due to its high strength-to-
weight ratio and stiffness. In this work, the Sn addition and heat treatment were employed to …

In this research, the influence of short-term natural re-aging after T351 temper on the
microstructural evolution and mechanical behavior of AA2024 aluminum alloy was …

The enhancing effect of low melting trace additions (Sn, Cd, In) on the precipitation
hardening in the Al–Cu based alloys accounts for the great practical importance of this …

High hardness and low density are desirable merits of materials for wearproof structural
applications. This paper develops an Al-10Si-2Mg-0.5 Li-0.2 Fe alloy that is 3.3% lighter …