The high temperature mechanical performance of Al–Si alloys can be enhanced by alloying
with transition metals, induced by the formation of thermally stable and coarsening resistant …

The influence of Mo addition on the microstructure and mechanical properties of an Al–7Si–
0.5 Cu–0.3 Mg alloy (wt%) was investigated. The Mo-containing alloy exhibited significant …

The microstructure and tensile properties of Al–Si–Cu–Mg alloys with different Cu contents
and Cu/Mg ratios were investigated. The results show that the Mg 2 Si, θ-Al 2 Cu and Q-type …

The application of aluminum alloys in high-performance engines is challenging because
they soften severely at high temperatures (above 300° C). In this paper, a new aluminum …

Strategies to improve the strength of Al–Si alloys at elevated temperatures can follow two
routes:(i) improving the age-hardening behavior and/or (ii) producing effective dispersoid …

Abstract The influence of Mn, Cr and Zr on the creep behavior of an Al–Si–Mg–Cu alloy
intended for Diesel engine applications was studied. Two alloys, base alloy Al–7Si-0.3 Mg …

Ageing characteristics and high temperature tensile properties of the Al–7Si–1Cu–0.5 Mg
(wt%) alloy modified with transition metals Cr, Ti, V and Zr, were tested. The modified alloy …

The present work investigates the effect of adding Mo and Mn to an Al–Si–Cu–Mg alloy on
the formation of thermally stable dispersoids. Mo and Mn in combination formed a large …

This research has studied the microstructure and mechanical and tribological properties of
AA2024 aluminum alloy matrix composite reinforced by Al 3 NiCu. The Al 3 NiCu …

The microstructure of the Al–9.7 Si–0.7 Cu–0.4 Mg alloy solidified by different cooling rates
was reported in this study and solution heat treatment followed by aging treatment was …