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Algorithm of the target function of time between overhauls taking into account gradual and sudden failure of the locomotive equipment

机译:考虑机车设备逐渐和突然故障的大修间隔时间目标函数算法

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摘要

The paper considers the principles of technology of scheduled preventive repair of equipment, as well as the principles of repair taking into account the technical condition of locomotive equipment. The main goal of the study is to justify the mechanism for optimizing the repair cycle of locomotives in order to ensure high reliability of the equipment at the lowest costs. For the organization of the strategy of maintenance and repair of the locomotive fleet according to the scheduled preventive repair method and the method taking into account the technical condition, an algorithm for the target function of the time between overhauls has been developed, taking into account the gradual and sudden failures of the locomotive equipment. A description of the model of gradual failures and the target function including the values of mileage and tolerance is given. The results of the study formulated a more universal algorithm of the target function for determining the values of the standard operating time of the assembly unit subjected to both gradual and sudden failures in operation, which includes an analysis of the errors of the first and second kind in diagnosing the object, the probability of replacement and failure detection, and economic indicators.This algorithm is adapted to the repair cycle consisting of three types of repair: the current repair CR, the medium repair MR, and the overall repair OR. It has been established that when optimizing the repair cycle of locomotives while simultaneously taking into account both gradual and sudden equipment failures, a reduction in the number of unscheduled repairs reaches 10-15%, the number of scheduled repairs is reduced by 12-18%.
机译:本文考虑了设备定期预防性维修的技术原理,并考虑了机车设备的技术状况进行了维修。该研究的主要目的是证明优化机车维修周期的机制,以确保以最低的成本获得设备的高可靠性。为了根据预定的预防性维修方法和考虑到技术条件的方法来组织机车车队的维修和保养策略,开发了一种针对大修间隔时间的目标函数的算法。机车设备的逐渐和突然故障。给出了渐进式故障模型和目标功能的描述,包括里程数和公差值。研究结果制定了目标函数的更通用算法,用于确定装配单元的标准运行时间值,该值是在操作过程中出现逐渐和突然故障的情况下进行的,其中包括对第一类和第二类错误的分析该算法适用于由三种类型的维修组成的维修周期:当前维修CR,介质维修MR和整体维修OR。已经确定的是,当优化机车的维修周期时,同时考虑到逐渐的和突然的设备故障,计划外维修的数量减少了10-15%,计划内维修的数量减少了12-18%。 。

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