The technological and industrial needs for development of fully dense nanocomposites have
led to significant advances in spark plasma sintering (SPS) technique and its enhanced …

In practice, the sliding speed is an important parameter for materials applied in sliding
condition. We have conducted an experimental study to explore the effect of sliding speed …

The wettability of graphite by SnAgCu-Ti alloys was investigated by sessile drop method in
vacuum. Bonding of graphite to itself using SnAgCu-Ti alloys was carried out and the joint …

In this study, copper based hybrid composites comprising of multiple reinforcements like
silicon carbide and multiwalled carbon nanotubes were synthesized via mechanical milling …

Metal matrix composites (MMC) containing graphite particulates usually have reduced
friction under dry sliding, which is closely dependent on the formation of continuous transfer …

In this paper, two resin-filled copp-graphite brushes were prepared at the sintering
temperature of 450° C and 910° C respectively. The friction and wear mechanism of the …

Abstract A novel Ni–Cr–P–Cu filler alloy was designed to join graphite and copper at 1173–
1253 K for 10 min, and the effects of brazing temperature on the microstructure and …

Lubricants are extensively used between the contacting surfaces to reduce friction and wear.
These lubricants are usually toxic and not readily biodegradable and thus these lubricants …

To improve the wettability between molten copper and carbon and prepare C/C–Cu
composites, Mo 2 C layers were fabricated throughout the internal surface of a C/C preform …

Cu–graphite composite fabricated by powder metallurgy art is no longer novel material.
However, it might be a versatile self-lubricating material sliding against different metals and …