Quasicrystalline alloys and their composites have been extensively studied due to their
complex atomic structures, mechanical properties, and their unique tribological and thermal …

Abstract Development of lightweight Al alloys with high electrical conductivities, tensile
properties and low cost are highly needed for market expansion of battery-powered electric …

Recently it was shown that the Al–Cu–Fe–Cr system can form a microstructure consisting
mainly of quasicrystalline and α-Al phases by arc-melting and subsequent annealing of an …

The Al-based nanoquasicrystalline alloys are modern light weight alloys that respond to a
strategy to develop new Al-based alloys with excellent combination of properties over a …

The effect of single or combined micro-additions of tungsten (0.03 at.%) and silicon (0.02–
0.40 at.%) on the evolution of Al 3 (Zr, Er)(L1 2) nanoprecipitates in a cast Al-0.11 Zr-0.005 …

High-velocity oxygen fuel coatings were produced using gas-atomized Al 62.5 Cu 25 Fe
12.5 and Al 67 Cu 20 Fe 5 Cr 8 powders onto a ferritic stainless-steel substrate, resulting in …

Al-matrix composites reinforced with quasicrystals are mostly fabricated by methods that
apply rapid solidification techniques or by means of powder metallurgy. In this work, we …

Abstract Al-rich 94Al–6Mn and 94Al–4Mn–2Fe alloys were suction-cast to evaluate the
feasibility of obtaining bulk quasicrystal-strengthened Al-alloys at intermediate cooling rates …

In the present work, we present and discuss the most important results that were obtained in
the past few years related with the development of new quaternary quasicrystalline alloys …

Melt-spun ribbons of Al 91 Mn 6 Fe 2 X 1 (X= Mn, Mo, V) were used as a feedstock to obtain
bulk materials by mechanical milling and subsequent hot-pressing compaction …