A brake lining containing 16 ingredients was investigated to study the effect of ingredients
on various aspects of friction properties. The composite was developed for a non-asbestos …

Friction materials play a crucial role in the safe movement of automobiles and the protection
of human life. As the pad slides against its mating partner, the kinetic energy is transferred …

Despite the number of research studies completed on the mechanism of friction in
automotive brake lining materials, the phenomenon is still not fully understood. Complex …

An experimental investigation was carried out to examine the tribological behavior of NAO
(non-asbestos organic) type brake linings containing different volume ratios of graphite and …

Hybrid phenolic composites based on combination of ceramic (alumino silicate based fibres)
fibre and aramid fibre were fabricated followed by their characterization and tribo-evaluation …

The observation of environmental particles similar in composition to gunshot residue (GSR)
are not new to forensic experts and have been described in the scientific literature. In order …

In automotive brake pad materials, the metal sulfides act as a solid lubricant at low and
medium temperatures (80 C–260 C). The metal sulfides improve the fade resistance of …

The current work is a comprehensive study dealing with the tribological performance of solid
lubricants, namely graphite, tungsten disulfide, molybdenum disulfide, tin disulfide based …

Purpose The purpose of this study is the influence of various combinations of metal sulfides
on the tribological performance of brake pads. Design/methodology/approach Three brake …

Purpose The purpose of this study is to deals with the effect of premixed dual metal sulfides
(tin disulfide+ iron disulfide) as a replacement for antimony trisulfide on the tribological …