Braking system and method aimed to produce a forced increase in a damping layer temperature of a brake pad, arranged between a metal support and a friction material block thereof, wherein the damping layer is heated such as to stay at a temperature above a glass transition temperature of rubber components thereof, so assuring a maximum damping behavior; the heating is caused by magnetic induction generated by one or more electrically conducting coils fed in AC by a power source carried by the vehicle and arranged either integrated in the brake pad, e.g. carried by the support, or in the vicinity thereof.

Braking system with reduced tendency to squeal in cold conditions, in particular for electric vehicles, and associated brake pad and method / Barale, Stefano; Cogno, Simone; Della Rovere, Andrea; Donzelli, Daniele; Gedda, Filippo; Canova, Aldo; Freschi, Fabio. - (2022).

Braking system with reduced tendency to squeal in cold conditions, in particular for electric vehicles, and associated brake pad and method

Canova, Aldo;Freschi, Fabio
2022

Abstract

Braking system and method aimed to produce a forced increase in a damping layer temperature of a brake pad, arranged between a metal support and a friction material block thereof, wherein the damping layer is heated such as to stay at a temperature above a glass transition temperature of rubber components thereof, so assuring a maximum damping behavior; the heating is caused by magnetic induction generated by one or more electrically conducting coils fed in AC by a power source carried by the vehicle and arranged either integrated in the brake pad, e.g. carried by the support, or in the vicinity thereof.
2022
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11583/3002372