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The ISO 13381-1 standard's failure prognostics process through an example

机译:通过示例了解ISO 13381-1标准的故障预测过程

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Industrial failure prognostics can be considered as the key process of any condition-based maintenance solution. However, contrary to fault diagnostics which is a mature research and industrial work, failure prognostics is a new field for which few applications exist. In the last decade, the interest for this activity has led to some open and industrial standards where the main objective is to provide users with a guidelines allowing them to perform failure prognostics for a large class of industrial systems. However, these standards, rightly, do not emphasize on any particular example to illustrate their content. The present paper aims at explaining the process of failure prognostics, presented in the standard ISO 13381-1, through an electromechanical example. The purpose is to help beginner researchers in the field of industrial failure prognostics to assimilate the main tasks of the process proposed by the standard. The prognostics process is chosen because it represents the key task among the rest of topics proposed and published by the standard. Thus, the comprehension of this part is important to develop prognostics methods and algorithms based on the solid recommendations given by the international organization for standardization.
机译:工业故障的预测可以被认为是任何基于状态的维护解决方案的关键过程。然而,与故障诊断是一项成熟的研究和工业工作相反,故障预测是一个很少有应用的新领域。在过去的十年中,对此活动的兴趣导致了一些开放和工业标准,其主要目标是为用户提供指导方针,使他们能够对大型工业系统执行故障预测。但是,这些标准正确地没有强调任何特定示例来说明其内容。本文旨在通过机电示例来解释标准ISO 13381-1中提出的故障预测过程。目的是帮助工业故障预测领域的初学者研究人员吸收该标准提出的过程的主要任务。选择预后过程是因为它代表了标准提议和发布的其余主题中的关键任务。因此,这部分的理解对于根据国际标准化组织的可靠建议开发预测方法和算法很重要。

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