Longlife Friction Couples

A. Sin, Sebastian Fischer
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Abstract

The advanced alternative powertrains regarding their electrification bring as a consequence a large levels of recuperation implying a small intervention of the hydraulic system during the brake lifetime.This new scenario for the brake system could have and important impact in the brake design regarding properties such as mu stability, corrosion/stiction, NVH… and the test design for their development. Moreover, the aftermarket for friction material and brake rotors is an important industry with significant commercial impact for all levels of the supply chain. How far is this trend also justified in technical terms? How should be designed the new brake systems and tested the new brake systems? Which is their environmental impact? Which are the main technical challenges regarding the longlife brake pad material, rotors, shims, backplates and calipers?New test need to be developed and harmonized?
长寿命摩擦副
先进的替代动力系统在其电气化方面带来了大量的恢复,这意味着在制动寿命期间液压系统的干预很小。这种制动系统的新场景可能会对制动设计产生重要影响,包括稳定性、腐蚀/粘滞性、NVH等性能,以及开发过程中的测试设计。此外,摩擦材料和制动转子的售后市场是一个重要的行业,对供应链的各个层面都有重大的商业影响。从技术角度来看,这种趋势在多大程度上也是合理的?新制动系统应如何设计和测试?它们对环境的影响是什么?关于长寿命刹车片材料、转子、垫片、后挡板和卡钳的主要技术挑战是什么?需要开发和协调新的测试吗?
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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