Heat dissipation remains a key challenge to be addressed, determining the performance
and durability of smart electronic devices. Graphene reinforced metal matrix composites …

In the quest to enhance reinforcement efficiency of graphene in metal matrices, various
processing techniques have been devised over recent years. As the advancement in this …

Graphene with excellent mechanical and physical properties has shown its great application
potential in aluminum matrix composites. In this paper, graphene oxide nanosheets with …

In this study, the effect of copper coated particles on the properties of CoCrFeNi and
AlCoCrFeNi high entropy alloys (HEAs) was studied. Mechanical milling is applied to …

Powder metallurgy (PM) route was used to prepare copper matrix composites (CMCs). The
reinforcement (B 4 C, fly ash, and W) and the copper particles were blended, compacted …

Heat sinks are commonly used for cooling electronic devices and high-power electrical
systems. The ever-increasing performance of electronic systems together with …

In this study, we enhanced the adhesion of graphene nanosheets to achieve homogeneous
dispersion, consequently improving the electrical and thermal conductivity, coefficient of …

Exfoliating graphite to graphene nanosheets by mechanical ball milling with alumina,
coating alumina particles with graphene layers to enhance their electrical and thermal …

Aluminium (Al) matrix reinforced with carbon nanotubes (CNT), micron-sized titanium
carbide (TiC) particles, and bimodal (nano+ micron) hybrid TiC–CNT is fabricated by …

To improve the AlCoCrFeNi high entropy alloys'(HEAs') toughness, it was coated with
different amounts of Cu then fabricated by the powder metallurgy technique. Mechanical …