The flexible product shape of additive manufacturing (AM) is attractive, but the process
suffers from a lack of material property diversity due to a limited number of printable alloys …

Heterostructured materials have attracted increasing attention owing to their superior
mechanical properties. In this work, the high-temperature mechanical property and …

Particle-reinforced metal matrix composites (MMCs) with high-volume-fraction of above 40%
are highly attractive in the field of structural materials because they impart enhanced …

This investigation examines the problem of homogenization in metal matrix composites
(MMCs) and the methods of increasing their strength using severe plastic deformation …

Interest in aluminum matrix composites has grown with their potential applications as
engineering materials due to its high specific strength. However, there are several major …

The hot deformation behaviors of AA7075 aluminum alloy and nano-treated AA7075
aluminum alloy with TiC nanoparticles at 300–450° C with a strain rate of 0.01–10 s− 1 were …

The deformation behaviour of bimodal sized Al2O3/Al nanocomposites were investigated by
hot compression tests conducted in the temperature range 350–500° C and strain rates of …

Hot tearing is a severe solidification defect that occurs during the metal solidification
process. To reduce the hot-tearing susceptibility (HTS) of a 5TiB 2/Al-5Cu composite, rare …

The development of lightweight materials like Al/SiC metal matrix composite sheet is a
challenge by different manufacturing processes for further application in the automobile and …

Powder metallurgy based metal matrix composites (MMCs) are widely used to develop
components in various fields such as aerospace, automotive, electronics due to improved …