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Application of Ultrasonic Phased Array Testing Technology on Ladle Trunnion

机译:超声相位阵列试验技术在钢包耳轴上的应用

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The welding quality of the trunnion's root welds is critical to the safety operation of ladles. However, due to the complex structure of the detecting surface, the non-destructive testing of these welds has been a significant problem. Ultrasonic phased array technology can achieve flexible and controllable ultrasound beam by changing the time delay of each element by which ultrasonic phased array technology has been widely used for the inspection of complex structure weld. In this paper, Omniscan MX with a 64-element phased array probe was employed in inspecting a big ladle trunnion. The results illustrate that: Ultrasonic phased array obtained high signal-to-noise ratio, accurate positioning and high detection efficiency, it is proved feasible in ladle trunnion's inspection.
机译:Trunnion根焊缝的焊接质量对于钢包的安全操作至关重要。然而,由于检测表面的复杂结构,这些焊缝的非破坏性测试是一个重大问题。通过改变超声波相控阵技术已广泛用于检查复杂结构焊缝的检查的每个元件的时间延迟,超声波相控阵技术可以实现灵活可控的超声波束。在本文中,使用具有64元分阵阵列探头的宁伊尼恰曼MX检查大钢包耳轴。结果说明:超声相位阵列获得了高信噪比,准确定位和高检测效率,在钢包耳期的检查中被证明是可行的。

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