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Automated Dimensional Analysis and Defect Recognition Using X-ray Images of Machinery Parts

机译:使用机械零件的X射线图像自动尺寸分析和缺陷识别

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In the modern world, due to contemporaneous globalization and industrial revolutions many industries got nurtured into huge economies, thereby being a crucial source of income for countries around the globe. In that framework, the role of hardware and manufacturing industries, heavy machinery, and electrical companies became important and is still relevant as yet. This opportunity presents great scope for engineering fields to discover various techniques to make the process easier and efficient in terms of time, cost of manufacturing, and maintenance. While recognizing efficiency in terms of production quality and low maintenance it's crucial to consider errors which in heavy machinery parts are subjected to defects like Voids, Cracks, inclusions, notches, rough lines and any other metallurgical changes, etc. This paper highlights our key findings on automated methods of recognition of such defects and its dimensional analysis using Xray images. Now further these defects are classified into External or Surface-level defects and Internal or Non-surface level defects, external defects are easier to find on a machinery part but internal defects are a very serious concern.
机译:在现代世界,由于同时全球化和工业革命,许多行业都培育了巨大的经济,从而成为全球各国收入的重要来源。在该框架中,硬件和制造业,重型机械和电气公司的作用变得重要,仍然与之相关。该机会介绍了工程领域的巨大范围,以发现各种技术,以便在时间,制造成本和维护方面使流程更加易于高效。虽然在生产质量和低维护方面识别效率,但考虑重型机械零件的误差是对空隙,裂缝,夹杂物,缺口,粗糙线和任何其他冶金变化等缺陷的误差。本文突出了我们的主要发现X射线图像识别这种缺陷的自动识别方法及其尺寸分析。现在,这些缺陷被分类为外部或表面级别缺陷和内部或非表面级别缺陷,因此在机械部件上更容易找到外部缺陷,但内部缺陷是一个非常严重的问题。

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