The influence of mechanical milling (MM), primarily on microstructure and phase evolution in
Al 62.5 Cu 25 Fe 12.5 (at%) quasicrystalline (IQC) matrix reinforced with varying volume …

In the present investigation efforts were made to study mechanically driven structural
transformation in Sn reinforced Al–Cu–Fe icosahedral quasicrystalline (IQC) matrix …

Quasicrystalline (QC) powder was prepared by mechanical alloying and subsequent
annealing of Al 65 Cu 23 Fe 12 composition. Obtained quasicrystals were milled together …

This work is devoted to the preparation of ultrafine material based on Al–Cu–Fe
quasicrystalline phase by powder metallurgy using mechanical alloying and Spark Plasma …

Al–Cu–Fe samples were prepared by ball milling powders of elemental Al, Cu, Fe (first
route) and of elemental Al mixed with previously mechanically alloyed Cu–Fe solid solution …

A mechanochemical method is developed for preparing quasicrystalline powdered alloys in
the Al-Cu-Fe system and related materials. Quasicrystals are designed and proposed for …

The present study investigated the effect of mechanical alloying (MA) time, preheating and
annealing process on phase and microstructural transformations in Al 65 Cu 23 Fe 12 (at%) …

This investigation presents a study on the intrinsic formation of Al 68 Cu 20 Fe 12 alloy
foams, ie without the need of foaming agents or space holders. This alloy was slowly …

Due to their unique combination of physical, thermal and mechanical properties, aluminium-
based quasicrystals are of great interest for many applications such as low friction hard …

The effect of rapid microwave heating has so far been evaluated mainly by comparing the
state of materials before and after microwave exposure. Yet, further progress critically …