浅谈大型轮胎的安全运行问题

Q3 Engineering
A.A. Rudneva, V.A. Portola
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引用次数: 0

摘要

在采矿企业的条件下经营大型轮胎的问题并没有失去其相关性,因为它们的购置和维修费用是采矿运输企业的主要费用项目之一。在许多情况下,由于对大轮胎的热状态和压力缺乏控制,在发生火灾或爆炸时既会造成重大经济损失,也会威胁到雇员的生命和健康。需要考虑到,大型轮胎是一个多吨的产品,不断处于高压下。所考虑的轮胎的这些特性的组合,如大重量和尺寸,高压,本身就是一个潜在的危险因素,需要增加注意。因此,对于在大型轮胎附近工作的员工,特别是自卸卡车司机来说,对他们的技术可维护性充满信心是至关重要的。这只能通过持续监测它们的热状态和压力来实现。大型轮胎的热破坏是由于在运行过程中,由于轮胎胎体元件在滚动时的变形和内摩擦,产生多余的热量。同时,用于生产轮胎的主要材料和粘合剂对高温非常敏感。产生过多的热量会削弱和破坏轮胎结构元件之间的联系,并导致橡胶的重组。大型轮胎的热失效可能是超过标准性能指标以及在低压下运行的结果。这两个因素同样需要采矿和运输企业业务部门的专家予以注意。由于大型轮胎没有明显的临界状态迹象,因此不可能通过目测检测到热破坏开始的特征(轮胎内层发生橡胶重组和分层)。本文以库兹巴斯某煤矿企业为例,介绍了轮胎热态和内压监测系统,以提高大型轮胎的安全运行。介绍了所采取的措施和取得的效果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On the Problem of the Large Tires Safe Operation
The issues of operating large tires in the conditions of mining enterprises do not lose their relevance, since the costs of their acquisition and maintenance are among the main expense items of the mining transport enterprises. Lack of control over the thermal state and pressure of the large tires in many cases leads to both significant economic damage in the event of a fire or explosion, and a threat to the life and health of the employees. It is required to take into account that a large tire is a multi-ton product that is constantly under high pressure. The combination of such properties of the tires under consideration as large weight and dimensions, high pressure, is in itself a potentially dangerous factor that requires increased attention. Therefore, it is vitally important for the employees working near large tires, especially dump truck drivers, to be confident in their technical serviceability. This can only be achieved through constant monitoring of their thermal state and pressure. Thermal destruction of the large tires is due to the fact that during operation, due to the deformation and internal friction of the tire carcass elements during rolling, excess heat generation occurs. At the same time, the main materials and adhesives used to produce tires are very sensitive to high temperatures. Excessive heat generation weakens and destroys the bonds between tire structural elements and causes restructuring of the rubber. Thermal failure of large tires can be a consequence of exceeding the standard performance indicator, as well as their operation at low pressure. Both of these factors equally require attention from the specialists in the operation department of a mining and transport enterprise. Since the large tires do not have obvious signs of their critical condition, it is not possible to detect the characteristic features of the onset of thermal destruction by visual inspection (rubber restructuring and delamination occurs in the inner layers of the tire). The article provides an example of improving the safety of operation of the large tires at one of the Kuzbass coal mining enterprises by introducing systems for monitoring the thermal state and internal pressure of tires. The measures taken and the results achieved are described.
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来源期刊
Bezopasnost'' Truda v Promyshlennosti
Bezopasnost'' Truda v Promyshlennosti Environmental Science-Environmental Science (miscellaneous)
CiteScore
1.00
自引率
0.00%
发文量
110
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