The effort to use magnesium-based materials is gradually increasing in various structural
applications of automobile and aerospace industries because of their lower specific weight …

The expectations over composite materials have been increased especially in automotive
and aerospace applications due to its high strength to weight ratio and good mechanical …

Stir casting process is very popular for the fabrication of particle reinforced metal matrix
composites. However, achieving a homogenous distribution of the reinforcement particles is …

In this research, the microstructural and mechanical properties of the as-cast and artificially
aged Al6061-TiO2 alloy and its composites developed by the double stir casting process …

Stir casting is a common metallurgical route in the casting of aluminum composites. Series of
work done in this aspect considered the development of the composites with fixed stir …

The precision of lightweight components produced during machining of aluminium alloy is
critical as a reason of its high chemical reactivity to the tool metal when cutting. Mineral …

The development of hybrid agro-metallic alloy and its composites has increased in the last
few years to overcome the shortcomings of monolithic alloys. Using hard ceramic …

Abstract The Laser-Powder Bed Fusion (L-PBF) based AlSi7Mg parts are adopted for the
aerospace industries, especially for making antenna, RF components, gyroscopes, and …

Aluminium matrix composites significantly benefit the manufacturing sector due to the high
strength-to-weight ratio. However, grain refinement was one of the major problems faced by …

This study focuses on the fabrication of SiC p/A356 aluminum matrix composites (AMCs)
through stir casting and hot rolling, with the objective of investigating the effects of reduction …