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Inspection by ultrasonic tomography (UT) leading trend in welding joint monitoring

机译:超声断层扫描(UT)检查在焊接接头监控中的领先趋势

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摘要

Welding work is a connection process between the structure and the materials. This process is used in the construction, maintenance and repair especially mechanical engineering. This study discusses the type of welding used in the industry, mainly involving the pipeline welds. On-demand need to every work process when finishing weld requires quality tests to ensure compliance to the standards required. Monitoring through the display image has long been used in Non-Destructive Testing (NDT). Various methods of monitoring used in NDT focused on Ultrasonic Tomography (UT) as a method used in NDT and as an option for the future. Previous imaging result was in two-dimensional (2D) and then upgraded to a three-dimensional image (3D). Besides, there is potential of 3D imaging beyond the existing limits in terms of size, material thickness, especially for welding steel pipes. Achievement through research of existing pipe size so far outside diameter of 200 mm and a thickness of 5.8 mm should be limited in view of the obstacles to enhanced image resolution is less effective when compared to other tomography methods.
机译:焊接工作是结构和材料之间的连接过程。此过程用于建筑,维护和修理,尤其是机械工程。本研究讨论了行业中使用的焊接类型,主要涉及管道焊缝。完成焊缝时,按需处理每个工作流程都需要进行质量测试,以确保符合要求的标准。无损检测(NDT)长期以来一直使用通过显示图像进行监视。无损检测中使用的各种监视方法都集中在超声断层扫描(UT)上,作为无损检测中使用的方法,并且是未来的一种选择。先前的成像结果是二维(2D),然后升级为三维图像(3D)。此外,在尺寸,材料厚度方面,特别是对于焊接钢管而言,3D成像的潜力超出了现有限制。考虑到与其他层析成像方法相比,提高图像分辨率的障碍较弱,迄今为止对200 mm外径和5.8 mm厚度的现有管道尺寸的研究取得的成果应受到限制。

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