The stability and reliability of braking system are essential factors for the safe operation of
high-speed trains. In the proposed work, tribological properties of a newly developed brake …

One or both surfaces, which come in contact with a relative motion between them, can
experience material loss due to wear. This is a complex phenomenon involving several …

In this paper, an investigation of the load-dependent wear behavior of copper-free semi-
metallic brake material is presented. The experiments were conducted in ambient thermal …

Laser-based powder bed fusion (L-PBF) is an additive manufacturing tool to create intricate
geometries. This study explores the typical microstructure and wear response of the …

Transformation-induced plasticity mechanism is a very interesting phenomenon wherein a
certain amount of austenite, which is thermally stable at room temperature but can be …

The article primarily concentrates on the extent of degeneration of microstructure of a
carbide free bainitic steel while being exposed at high temperature vis-à-vis its effect on the …

In this study, dry sliding wear behaviour of a copper alloyed austempered ductile iron (ADI)
consisting of very fine ausferrite, small high carbon austenite blocks, was investigated …

In this paper, an investigation of the load-dependent wear behavior of copper-free
semimetallic brake material is presented. The experiments were conducted in ambient …