This study presents the comprehensive experimental investigation of the microstructure,
mechanical and fatigue properties of a new high-strength aluminium alloy AA 6086, which …

In the present work, different combinations of rolling used by the researchers as a novel
severe plastic deformation technique for the deformation of Al–Mg–Si alloys have been …

For the development of new energy automobile industry and the trend of automobile
lightweight have put forward a huge demand for high-strength lightweight materials, so …

In this work, we investigated a novel Al-Mg-Si alloy, which was developed from an AA 6082,
in order to considerably improve the yield and tensile strengths whilst retain excellent …

The aluminium alloy AA 6086 attains the highest room temperature strength among Al-Mg-Si
alloys. This work studies the effect of Sc and Y on the formation of dispersoids in this alloy …

In this study the effect of a ramp up to artificial aging (AA) temperature in combination with
natural aging (NA) was analyzed for two different industrial aluminium alloys. The alloys …

Al 0.5 CoCrFeNi contains a mixture of the ductile fcc (A1) phase and the hard ordered bcc
(B2) phase. In this paper, the microstructure, composition, precipitation kinetics, and …

The properties of aluminum alloys are profoundly affected by a rich variety of precipitates.
Their precipitation behaviors are often very different from each other due to a wide range of …

Dendritic growth is one of the most important phenomena during the solidification of alloys.
However, solute redistribution on the front of solid-liquid interface may result in nonuniform …

In the current work, the thermal stability of the eutectic regions and precipitation and
mechanical behaviour of near eutectic high-entropy alloy is studied. The alloy solidified as …