Applying Reverse Engineering Principles on Analysis of Failures Occurred in Ship Production

Canberk Karahan, Sebnem Helvacioglu, I. H. Helvacioglu
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Abstract

In the current work, a new error evaluation methodology is introduced based on error analysis in ship production with reverse engineering data. The aim is to determine the errors and prevent or reduce the occurrence in other projects. First step is to compose a database of the errors; then, group the similar errors and calculate the Error Priority Number (EPN) by the evaluation of the predetermined criteria. The radar diagrams, which are suitable for representing a number of parameters having the same variables, were used to present the error groups in a simple way. The error groups were created on the diagram with the scores taken from the specific criteria. With the aid of the radar diagram, valuable information is given by presenting similarities and dissimilarities of these errors with other error groups. After examining the radar diagrams and evaluating the results, the cause and effect diagrams were prepared for these error groups from the field experts. Thus, the methodology should be customized for the shipyard to ensure maximum efficiency.
应用逆向工程原理分析船舶生产中的故障
本文介绍了一种基于逆向工程数据的船舶生产误差分析的误差评价方法。其目的是确定错误并防止或减少在其他项目中的发生。第一步是建立错误数据库;然后,对相似的错误进行分组,通过对预定准则的评价计算出错误优先级数(EPN)。雷达图适用于表示具有相同变量的多个参数,用简单的方法表示误差组。在图表上创建了错误组,其中的分数取自特定的标准。在雷达图的帮助下,通过展示这些误差与其他误差组的异同,给出了有价值的信息。在检查了雷达图并评估了结果之后,现场专家为这些误差组准备了因果图。因此,该方法应为造船厂定制,以确保最高效率。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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