Abstract Ti-6Al-4V alloy is one of the most widely used material in both research as well as
in commercial industries at present due to its high strength-to-weight ratio, low density and …

Magnesium matrix in-situ composites with hybrid TiC+ TiB 2 reinforcement are potential
materials for automobile and aerospace applications. It is essential to establish the …

ZE41 Mg–TiB 2 metal matrix composites with improved mechanical properties were
synthesized via a novel processing route. In this process, the Ti–B system was developed …

Multi axial forging (MAF) is a forging-based severe plastic deformation (SPD) technique
which is prominently used to refine grain structure and improve the strength of the material …

Al-based composites with enhanced thermomechanical properties are in high demand.
However, obtaining a uniform distribution of the strengthening phase in the metal matrix and …

Al matrix nanocomposites reinforced by SiC nanoparticles were fabricated by a hybrid
accumulative roll-bonding (HARB) process with ultrahigh rolling cycles. Experimental results …

In this study, the nano-micron TiB 2-Al 2 Y/Mg-9Y-0.6 La composites were prepared by
introducing nano-TiB 2 and micron-Al 2 Y particles into Mg-9Y-0.6 La alloys via the addition …

A new strategy to improve strength and ductility by coordinated deformation mechanism of
multilayer graphene (MLG) in graphene/aluminum composite was proposed, and the …

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 …

In the present work, an ultrafine grained (UFG) aluminium matrix nano composite (UFANC)
was prepared through a cryogenic deformation based manufacturing route. The influence of …