Brake friction materials play an important role in automobiles to reduce speed and to stop
the vehicles. Advances in friction materials were updated to ensure effective performances …

Nowadays, the drive for green products has undergone a rapid increase following the global
ecoawareness and the severe regulations aimed at preventing the environment from further …

Automotive brake friction composites based on several combinations of barium sulphate and
cement by-pass dust (CBPD) were manufactured and tribo behaviour is examined as per …

Frictional stability is a more accurate description of the friction state than coefficient of friction
(COF) and wear rate. This work aims to develop Basalt fiber (BF)-reinforced braking material …

In the present work, agriculture waste based biocomposites were developed by reinforcing
corn starch resin with various rice husk and walnut shell content of 5, 10 and 15 wt%. These …

Novel friction composites materials using pineapple fiber as a sustainable alternative for
automotive industry were developed by increasing its amount from 5− 20 wt.% in the step of …

The tribological behavior of new green friction materials with rice husk (RH) and rice husk
ash (RHA) is discussed in the current paper. Two formulations developed, one with 6% RH …

This article explored the potential of cement bypass dust, a waste produced during cement
manufacturing, as filler in automotive brake friction composites. Five different cement bypass …

The Identification of new alternative material for brake pad application which is non
hazardous and eco friendly is very important. Kee** the view in this the Current study …

Physical, mechanical, and tribological properties of automotive brake friction materials were
investigated to study the influence of various slag waste and coir fiber combinations. The …