Stress Analysis of Dust Particle on the Electrical Contact Surface

Yang Lv, Liangjun Xu
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Abstract

Dust particle is an electric cont¬act failure causative factor that must be taken into account. In previous research, [1,2] the effect of dust particles on electric contacts was indicated and simplified model was established for the hazardous size range of hard dust particles entering into the contact interface. The electrical contact behaviors of several typical dusts with different compositions were also studied [3]. As a continuation, the specific characters of dust particle which could cause contact failure are investigated in this paper. The mechanics model of dust particles on contact surface under static and dynamic conditions is built. The mechanics analysis of dust particle on contact interface is performed. Through the sliding experiments of two kinds of dust particles with different bonding strength, failure mechanism and the influence factors on contacts related to dust particles is analyzed and discussed.
电接触表面粉尘颗粒的应力分析
粉尘颗粒是电接触失效的一个必须考虑的因素。在以往的研究中[1,2]指出了粉尘颗粒对电触点的影响,并针对进入接触界面的硬质粉尘颗粒的危险尺寸范围建立了简化模型。研究了几种不同成分的典型粉尘的电接触行为[3]。在此基础上,研究了引起接触失效的粉尘颗粒的具体特性。建立了静、动态条件下粉尘颗粒接触表面的力学模型。对接触界面上的粉尘颗粒进行了力学分析。通过对两种不同结合强度的粉尘颗粒的滑动试验,分析讨论了粉尘颗粒接触破坏机理及影响因素。
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