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INFLUENCE OF BICYCLE BRAKE SYSTEM ON USERS SAFETY

机译:自行车制动系统对用户安全的影响

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摘要

In many big cities, for example, Silesia Conurbation, in order to limit the negative results of automotive vehicles operation, toll bicycle rental stations have been actuated. Their users are incidental persons. Therefore, the safety of a traffic participant on bicycle ways and on areas with bicycle traffic depends on the sufficiency of braking systems. In the bicycle industry, there are many of types of brake systems from mechanical to hydraulic. A common part of the brake systems is a friction contact. In this paper, the results of tribological examination of materials used for bicycle brakes have been presented. Tribological investigation (coefficient of friction, wear rate) of classic (the oldest) rubber pad/AW-6061 alloy wheel band, composite with thermoplastic matrix/steel and AW-6061 alloy wheel band as well as friction composite with duroplastic matrix/steel brake disc contacts have been conducted. Microscopic observations of examined materials surfaces have been done and the wear mechanisms have been explained. A preliminary estimation of the influence of used materials on the safety of a traffic participant has been done.
机译:在许多大城市中,例如,Silesia Conucation,为了限制汽车车辆的负面结果,致力于致动沟通自行车租赁站。他们的用户是偶然的人。因此,交通参与者对自行车方式和自行车交通区的地区的安全取决于制动系统的充足。在自行车行业中,有许多类型的机械与液压制动系统。制动系统的共同部分是摩擦接触。本文介绍了用于自行车制动器的材料的摩擦学检查结果。经典(最旧的橡胶垫/ AW-6061合金轮毂带的摩擦学调查(摩擦系数,磨损率),具有热塑性矩阵/钢和AW-6061合金轮轴的复合材料以及多层塑料基质/钢制动器的摩擦复合材料已经进行了盘触点。已经完成了检查材料表面的显微镜观察,并已经解释了磨损机制。已经完成了对二手材料对交通参与者安全影响的初步估计。

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