This study delves into the investigation of intermetallic compounds, specifically Al 3 Ni, Al 3
Sn, Al 2 Cu, Ni 3 Al, and their formation during the alloying additions and heat treatment …

The microstructural evolution and precipitation kinetics of an Al-4.8 wt% Cu alloy were
investigated by transmission electron microscope (TEM) and differential scanning …

A unique approach to correlating an evolving 3D microstructure in an Al-Cu alloy and its
micro-scale mechanical properties has been introduced. Using these nanoscale three …

The effect of the precipitation of secondary phases on the thermal properties of Al-4.5 Cu
alloy (in wt%) after various heat treatments was investigated using a laser flash apparatus …

Epoxy is one of the widely used polymeric resin systems in composite industries, which is a
two-part resin system that requires the mixing of a hardening agent to trigger the …

The evolution and dissolution mechanism of the θ-Al 2 Cu precipitates were investigated in
this study by transmission electron microscopy (TEM) during the re-aging at high …

MIG welding is among the most important processes in assembly operations for aluminum
alloys. The success of this process in terms of providing weld joints of good quality and high …

This study aimed to investigate the tensile properties and microstructure of Al-Cu alloy
casting with a dimension of∅ 500 mm× 700 mm and a 5mm-thick wall at room temperature …

Roller burnishing is an important finishing operation that is widely used to improve metals'
tribological properties such as surface finish and hardness. Burnishing speed and depth of …

In this paper, the hardness property during natural age hardening phenomenon for
aluminum based alloy has been studied. Different factors play role in aging hardening of …