The composite materials are fabricated by combining various ingredients to make higher
material properties as required by various industries. The primary classification of …

The physico-chemical properties of raw, alkaline, and silane treated Prosopis juliflora fiber
(PJF) and the effect of chemical treatment and fiber loading on physico-mechanical …

The type of binder and its fraction in the brake pad material formulation plays a vital role in
fulfilling the key requirements of friction materials (FMs). Three set of brake pads were …

Tribological performance of the Prosopis juliflora (PJ) bark fiber and its chemical treatments
in the epoxy modified Phenolic composite has been evaluated in this study. The alkaline …

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 …

Physico-mechanical performance of the epoxy modified phenolic friction composite
reinforced with silane surface treated crab, periwinkle, and scallop shell powders were …

The new generation brake pad offers innumerable benefits like adequate friction, moderate
wear and contributes to environmental pollution as well. There is a need to study the safety …

This work aims to evaluate the tribological performance of the newly synthesized silane
surface treated crab, periwinkle and scallop shell powders in the epoxy modified Phenolic …

In 2017, a geochemical survey was carried out across the Commune of Santiago, a local
administrative unit located at the center of the namesake capital city of Chile, and the …

Increasing operating speed of modern passenger railway vehicles leads to higher thermal
load on the braking system. Organic composite brake pads are poor thermal conductors …