In this critical note, the thermal stability behavior of ultra-fine grained (UFG) and nano-
structured (NS) metals and alloys produced through severe plastic deformation (SPD) …

Achieving high densification parameter is an essential factor for metal-based composites to
represent excellent mechanical characteristics. Among various compaction methods, double …

It is widely accepted to use hybrid reinforcements to prepare metal matrix composites
(MMCs). However, it still suffers from some side effects, especially when nano-carbon is …

This review highlights one of the amorphization processes of metals, alloys as well as metal
matrix composites (MMCs) and its benefits towards strength enhancements. The need for …

Composite materials are gaining increasing attention from researchers worldwide due to
their ability to offer tailored properties for various technical challenges. One of these …

Constrained groove pressing (CGP) process is one of the most efficient and novel methods
of severe plastic deformation to manufacture ultra-fine sheet metal. The present research …

The growing demand for lightweight and high-strength materials in the aerospace and
automotive industries, as well as the need for highly conductive materials such as heat …

Carbon nanotubes (CNTs) as fillers in ceramic matrix composites have been widely
explored to enhance the thermal properties due to its excellent thermal transport …

Metal matrix composites reinforced by nanocarbon materials, such as carbon nanotubes or
nanodiamonds, are very promising materials for a large number of functional and structural …

Both the size and crystallinity should be optimized for practical applications utilizing metallic
nanoparticles because they strongly influence the nanoparticles property. Herein a liquid …