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NDT From the Sustainment Engineering Perspective:Decision Without Disassembly

机译:从维持工程角度来看:没有拆卸的决定

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It is easy to focus on the advancement of NDT technology for its own sake. The push for ever smaller detectable flaw sizes certainly develops new capabilities and adds to the state of the art. However, NDT results are needed and used by a wide variety of consumers, but the ultimate end for these results is not necessarily about finding the smallest defect during inspection. Non-destructive testing is an established method in aerospace, trusted by the maintenance community as a condition assessment tool; most maintenance activities are based on inspection or condition assessment, with unplanned activities being almost wholly so. Sustainment Engineering (sometimes known as Liaison Engineering) is a specialized engineering discipline, focused on both near- and long-term sustainment of operational systems. The sustainment engineer typically has one foot in engineering and the other in production (or maintenance), with responsibilities including repair, maintenance, and inspection planning. In the Sustainment Engineering role, timely NDT findings coupled with engineering judgment are often the only basis for "Decision Without Disassembly."
机译:很容易专注于NDT技术的进步,以其自身的缘故。对于更小的可检测缺陷尺寸的推动肯定会开发新功能并增加了最先进的状态。然而,需要NDT结果并由各种消费者使用,但这些结果的最终端不一定是在检查期间找到最小的缺陷。非破坏性测试是航空航天的既定方法,由维护社区信任作为条件评估工具;大多数维护活动都是基于检查或条件评估,无计划的活动几乎是完全的。维持工程(有时称为联络工程)是专业的工程学科,专注于运营系统的近期和长期维持。维持工程师通常在生产(或维护)中有一只脚和另一只脚,责任包括维修,维护和检查计划。在维持工程作用中,及时与工程判断联系的时效结果往往是“无拆卸的决定”的唯一依据。

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