This study aims to investigate the effect of rice husks' particle size on resin-based brake pad
performance (ie compressive strength, puncture strength, mass loss, wear rate, friction …

The agricultural brake pad is one solution to reduce the danger of using asbestos in-vehicle
systems. This research aims to conduct bibliometric analysis in nano-sized agricultural …

In this study, the effects of red volcanic tuff, which has different uses in automobile brake
pads, on the friction performance of brake pads were investigated in a brake pad testing …

Asbestos has been a significant reinforcement material in the production of automobile
friction components due to its physical and mechanical properties. However, the …

The brake pad plays a crucial role in the control of vehicle and machinery equipment and
subsequent safety. There is always a need for a new functional material with improved …

In this study, the Taguchi optimisation technique was utilised to establish the composition of
an asbestos-free brake pad. As a result of optimisation outputs, 18 various compositions …

One of the important problems for which must be found an optimal solution is the noise that
originate from vehicles. In this research paper, it was investigated deeply the effect of ribs …

In this study, the optimum process parameters for the manufacture of brake friction linings
(BFLs) from palm kernel shells (PKS), periwinkle shells (PWS), and coconut shell (CNS) …

With the plethora of automobiles introduced in the last 2 decades, brake emissions have
been a notorious contributor to overall emissions. In the present work, the low-metallic …

Considering the emerging importance of a sustainable green environment today, this study
contributed to realizing resource sustainability by expanding the use of natural materials in …