Thermomechanical characterization of high-speed train braking materials to improve models: Numerical validation via a comparison with an experimental braking test

Mann, Ruddy; Magnier, Vincent; Brunel, Jean‐François; Dufrénoy, Philippe; Henrion, Michèle; Guillet-Revol, E.

doi:10.1016/j.triboint.2020.106818

Public

Thermomechanical characterization of high-speed train braking materials to improve models: Numerical validation via a comparison with an experimental braking test

Published in Tribology International • Dec 9, 2020

Authors:

Ruddy Mann

Vincent Magnier

Jean‐François Brunel

Abstract

Today, the development of brake pads is carried out by empirical feedback validated by experimental bench tests. Nevertheless, these test campaigns are time-consuming, costly and ultimately do not help to understand phenomena for improving performances (coefficient of friction, durability, noise, et...

Subject

Automotive engineering

Engine braking

Anti-lock braking system

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