As we know, the wear of high-speed trains cannot be avoided, otherwise it cannot brake and
stop. But its operating environments are complex and changeable, leading to insufficient …

The effects and mechanism of mullite and kyanite on the friction and wear of copper-based
brake pads for high-speed trains were studied. The braking performance was tested at …

Abstract The TiN-ZrO 2-B 4 C reinforced Cu-metal matrix composites were prepared using
powder metallurgy, and the microstructure, properties, and friction mechanisms were …

Non-exhaust emissions have gained increasing attention during the last years, with the
upcoming EURO 7 regulation defining maximum PM 10 emission factors for tire and brake …

Purpose The purpose of this work is to optimize the monitoring of vibrations on
dynamometric test rigs for railway brakes. This is a quite demanding application considering …

The objective of this study was to examine and compare the physical, mechanical, and
tribological properties of hybrid bronze metal matrix composite brake pads reinforced with fly …

Due to the intricate and dynamic relationships that exist between the material and its
working surroundings, tribological reactions in alumina-based composites are a …