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CASE STUDIES USING AN EPISTEMOLOGICALLY DERIVED SYSTEMS THINKING APPROACH IN A FAILURE PREVENTION CONSULTING PRACTICE

机译:在案例研究中使用基于病原学的系统进行故障预防咨询的方法

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How much work is enough work? How do we know that we have "done diligence" when we are planning a protocol for a machinery failure prevention project? The responsible approach to such projects which are an outgrowth of a serious failure event or a series of events differs from that which are a result of an event with minimal consequences of repetition. In some cases, spending a few hours to review the situation with eyeballs and brain and examining the machinery and some historical documentation may provide sufficient epistemological confidence. This minimalistic approach still gives two ways to view the situation. If both eyeballs / brain and paper trail point to the same place or at least don't contradict each other, then we can take action and move on. However, if the failure has led, or if repeated might lead, to major consequences, we probably need to do more up front work, before taking action to "prevent recurrence." No single viewpoint can determine the optimum amount of detail for any given investigation. A business decision, based on which criteria will be examined and in how much detail, must be made. The business decision will be made in an effective manner when an evolving, non-linear, transparent, value hierarchy (valuarchy) is used to flexibly plan the work scope.
机译:多少工作就足够了?当我们为机械故障预防项目计划协议时,我们怎么知道我们有“尽职调查”?由于严重故障事件或一系列事件而导致的此类项目的负责任方法与事件的结果有所不同,而重复事件的后果极小。在某些情况下,花几个小时用眼球和大脑检查情况,检查机器和一些历史文献可能会提供足够的认识论信心。这种简约的方法仍然提供了两种查看情况的方法。如果眼球/大脑和纸迹都指向同一个地方,或者至少彼此不矛盾,那么我们可以采取行动并继续前进。但是,如果故障导致或可能再次导致重大后果,则在采取行动防止“复发”之前,我们可能需要做更多的前期工作。没有任何一个观点可以确定任何给定调查的最佳细节量。必须根据要检查的标准和详细程度制定业务决策。当使用不断发展的,非线性的,透明的,价值等级(valuarchy)来灵活地计划工作范围时,将以有效的方式做出业务决策。

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