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Increasing Equipment Reliability Through Increased Nondestructive Testing Reliability

机译:通过提高无损测试可靠性来提高设备可靠性

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摘要

The reliability of equipment is determined by several factors including equipment condition, service history, failure modes, and maintenance. A subsection of equipment reliability is the ability to detect defects before they contribute to the failure of the equipment. In many cases, Nondestructive Testing (NDT) methods are utilized to detect and monitor these defects both in-service and during fabrication. However, the accuracy and reliability of detection using NDT is highly dependent on the quality of the process and personnel utilized during the examination. Because of this, it is necessary to develop a detailed approach to the management of NDT in order to increase reliability of fixed equipment. The following radial diagram (Figure 1) illustrates the key areas that can produce increased NDT reliability within a process. This article will discuss six areas of improvement, that when implemented consistently, can improve the results of your inspection program.
机译:设备的可靠性取决于几个因素,包括设备状况,服务历史,故障模式和维护。设备可靠性的一个子部分是在缺陷导致设备故障之前进行检测的能力。在许多情况下,无损检测(NDT)方法用于在使用中和制造过程中检测和监视这些缺陷。但是,使用无损检测技术进行检测的准确性和可靠性高度取决于过程质量和检查过程中使用的人员。因此,有必要开发一种详细的无损检测管理方法,以提高固定设备的可靠性。下面的径向图(图1)说明了可以在过程中提高NDT可靠性的关键区域。本文将讨论六个方面的改进,如果持续实施这些改进,可以改善检查程序的结果。

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