Friction and wear are omnipresent, which have caused many problems such as energy
dissipation and component damage, making all mankind face an energy crisis and huge …

Nanodiamond (ND) has been recently considered to be an excellent reinforcement for
strengthening metal matrix composites. However, most of the previous studies focused on …

Abstract (WC–6wt% Co)/5Vol% diamond composites were successfully fabricated at 1150–
1300° C and 40 MPa for 5 minutes under the thermodynamically unstable conditions of the …

Thermal sprayed aluminum (Al) coatings have been extensively utilized for marine
anticorrosion applications. However, lack in mechanical strength of the coatings persists as …

This study presents and discusses the friction, wear and extreme pressure behavior of
nanoparticles suspended in a gear base oil. Zero, 0.5, 1 and 2% wt diamond and Zinc Oxide …

WC-10 wt% Co cemented carbides containing various amounts (0–4 wt%) of SiC
nanoparticles were fabricated by vacuum sintering. The influence of SiC nanoparticles on …

Nanodiamond has varies of mechanical, chemical and biomedical advantages, but its nano-
size and discrete particle properties hinder its wide applications. In this work, we have …

Diamond-metal composites are attractive materials for thermal management and cutting tool
fabrication. In order to increase the wettability of the surface of diamond filler particles by …

Mathematical models in process engineering are becoming an essential part of accelerated
materials by design, drastically shortening time to discovery by minimizing the vast …

Tungsten forms with carbon several chemical compounds (see also section C–W in Table I-
2.13): tungsten monocarbide δ-WC1±x phase (hexagonal structured), having almost …