High modulus of about 1 TPa, high thermal conductivity of over 3000 W/mK, very low
coefficient of thermal expansion (CTE), high electrical conductivity, self-lubricating …

The aerospace and defense industry's intense desire is to revamp the performance
characteristics of space shuttle vehicles, military tanker vehicles by continuously driving the …

Cu-CNT composites were fabricated by a flake powder metallurgy method, and their
microhardness, electrical conductivity, frictional and wear properties were investigated …

Copper matrix self-lubricating composites have the advantage of low friction coefficient, but
usually suffer from the low mechanical strength, ductility and wear resistance. Ceramic …

Over the years, reducing friction and wear-induced deformation, damage and/or removal of
material at various contact interfaces has always aroused significant interests due to the …

In this study, the effects of multi-wall carbon nanotubes (MWCNTs) and the ball milling
process parameters on the structure of the Al single bond Mg alloy powders have been …

In this work, varying weight percentages of carbon nanotubes (CNTs) were reinforced in the
AlSi10Mg alloy, and prepared nanocomposites through additive manufacturing. The …

In this study, Al-SiC nanocomposite was fabricated via powder metallurgy route using
different innovative high-energy ball-milling techniques (HEBM). The powder mixture was …

There is an increasing demand for lightweight structures in day-to-day life. Aluminium based
metal matrix composites (MMCs) find applications in sectors like automotive, aerospace …

Herein, pre‐dispersed ball‐milling and space‐holder methods are used to prepare carbon
nanotubes (CNTs) reinforced aluminum (Al) matrix composite foams (C‐AMCFs). Systematic …