Research on the Accuracy of Ultrasonic Lamb Wave based Nondestructive Testing of Fillet Welds

LIU Benyou; GU Yu; PAN Jiajing

doi:10.7512/j.issn.1001-2303.2024.06.03

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Research on the Accuracy of Ultrasonic Lamb Wave based Nondestructive Testing of Fillet Welds
Vol. 54, Issue 6, Pages: 13-18(2024)
Published： 25 June 2024 ，
DOI： 10.7512/j.issn.1001-2303.2024.06.03
稿件说明：

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刘本友，谷雨，潘家敬.超声兰姆波在角焊缝探伤中传播衰减规律研究［J］.电焊机，2024，54（6）：13-18.

LIU Benyou, GU Yu, PAN Jiajing.Research on the Accuracy of Ultrasonic Lamb Wave based Nondestructive Testing of Fillet Welds[J].Electric Welding Machine, 2024, 54(6): 13-18.
刘本友，谷雨，潘家敬.超声兰姆波在角焊缝探伤中传播衰减规律研究［J］.电焊机，2024，54（6）：13-18. DOI： 10.7512/j.issn.1001-2303.2024.06.03.

LIU Benyou, GU Yu, PAN Jiajing.Research on the Accuracy of Ultrasonic Lamb Wave based Nondestructive Testing of Fillet Welds[J].Electric Welding Machine, 2024, 54(6): 13-18. DOI： 10.7512/j.issn.1001-2303.2024.06.03.

摘要

超声波兰姆波是钢材结构测查和无损检测领域常用的超声波之一，因超声兰姆波其传播距离长、点对点的检测可承载整体结构信息而被广泛使用。焊接板焊缝由于焊接应力等力学参数的变化，往往会容易产生裂纹等缺陷而导致难以检测，因此，通过有限元模拟可以研究兰姆波在焊接角焊缝结构中的传播机制以及损伤与兰姆波之间的相互作用，通过设置压电陶瓷模型中激励信号的激励源，通过激励源将信号发出，由于信号在传递时会出现重叠、折射等一些不确定因素影响，采用设置等距双接受点的方式进行信号接收，得出超声兰姆波在焊接角件未碰到损伤时延设置路线均匀水平传播，其传播机制遵循兰姆波频谱图，其幅值强度与周期稳定，可以通过设置可接收的信号来比较不同裂纹深度对检测的影响，得出幅值与其裂纹深度成正比的规律，超声兰姆波的波包返回稳定，通过幅值可以推算其飞行时间。当损伤深度变化时，随着深度的变大超声兰姆波的幅值会加大，最后趋于一个极大值，这为损伤定位方法的研究打下坚实基础。

Abstract

Ultrasonic Lamb waves are one of the commonly used ultrasonic waves in the field of steel structure inspection and non-destructive testing

widely used because of their long propagation distance and the ability to carry overall structural information through point-to-point detection. Welded plate welds are prone to defects such as cracks due to changes in welding stress and other mechanical parameters

making them difficult to detect. Therefore

the propagation mechanism of Lamb waves in the structure of welded fillet welds and the interaction between damage and Lamb waves can be studied through finite element simulation. By setting up the excitation source in the piezoelectric ceramic model

the signal is emitted through the excitation source. Since the signal will be affected by some uncertain factors such as overlap and refraction during transmission

a method of setting up equidistant dual receiving points for signal reception is adopted. It is concluded that when the ultrasonic Lamb wave does not encounter damage in the welding angle

it propagates uniformly along the set route

following the Lamb wave spectrum

with stable amplitude strength and period. By setting an acceptable signal

the impact of different crack depths on detection can be compared

and a rule is derived that the amplitude is directly proportional to the crack depth. The wave packet of the ultrasonic Lamb wave is stable

and its flight time can be calculated through the amplitude. When the depth of damage changes

the amplitude of the ultrasonic Lamb wave will increase as the depth increases

and finally tend to a maximum value

which lays a solid foundation for the study of damage location methods.

关键词

超声兰姆波缺陷损伤模拟仿真

Keywords

ultrasonic lamb wavedefectsdamagesimulation

references

GAO X，TIAN Y，JIAO J，et al. Non-destructive measurements of thickness and elastic constants of plate structures based on Lamb waves and particle swarm optimization［J］. Measurement，2022，204：111981.

朱妍妍，陈晓. 超声兰姆波检测电路板缺陷的有限元仿真研究［J］. 计算机与数字工程，2022，50（6）：1371-1376.

ZHU Y Y， CHEN X. Research on Finite Element Simulation for Ultrasonic Defect Detection of Circuit Board［J］. Computer & Digital Engineering ， 2022， 50（6）： 1371-1376.

郑维刚，唐红，朱义东，等. 基于超声导波检测的角钢型材缺陷特性分析［J］. 声学技术，2021，40（1）：57-63.

ZHENG W G，TANG H，ZHU Y D，et al. Analysis of defect characteristics of angle steel based on ultrasonic guided wave detection［J］. Technical Acoustics，2021，40（1）：57-63.

张晓诚，李进，韩耀图，等. 超声兰姆波成像测井在X井套损检测中的应用［J］. 中国海洋平台， 2021， 36（4）：15-21.

ZHANG X C，LI J，HAN Y T，et al. Application of Ultrasonic Lamb Wave Logging Tool in Casing Wear Detection of Well X［J］. China offshore Platform，2021，36（4）：15-21.

王伟. 基于兰姆波时频图的钢板缺陷超声检测方法［D］. 山西：太原理工大学，2020.

WANG W. Ultrasonic Detection Method of Steel Plate DefectsBased on Lamb Wave Time-frequency Diagram［D］. Shanxi：Taiyuan University of Technology，2020.

杨理践，邹金津，邢燕好. 电磁超声兰姆波在铝板传播中的模态识别［J］. 仪器仪表学报， 2014， 35（4）： 909-916.

YANG L J， ZOU J J， XING Y H. Modal identification of electromagnetic ultrasonic Lamb wave propagation in aluminum plate［J］. Chinese Journal of Scientific Instrument， 2014， 35（4）： 909-916.

梁慧敏，邓超然，康磊，等. 基于电磁超声兰姆波的铝合金板材小缺陷检测技术研究［J］. 仪表技术与传感器，2016（9）：45-49.

LIANG H M，DENG C R，KANG L，et al. Research on Detection of Small Defects of Aluminum Plates Based on Electromagnetic Ultrasonic Lamb Wave［J］. Instrument Technique and Sensor，2016（9）：45-49.

张正罡，刘丹，他得安. 多通道超声兰姆波检测板状结构中的裂纹［J］. 应用声学，2015，34（3）：189-194.

ZHANG Z G，LIU D，TA D A. Detection of crack in plate structure using multi-channel ultrasonic Lamb waves［J］. Journal of Applied Acoustics，2015，34（3）：189-194.

王晋威. 输电铁塔角钢型材缺陷的超声导波检测方法研究［D］. 江西：南昌航空大学，2016.

WANG J W. Research on Ultrasonic Guided WavesInspection for Angle Steel Type Material ofElectric Iron Tower［D］. Jiangxi：Nanchang Hangkong University，2016.

魏诺珂. 基于超声兰姆波板状结构损伤定位成像精度研究［D］. 上海：华东理工大学，2019.

WEI N K. Research on Damage Imaging of the Ultrasonic Lamb Wave for Plate-like Strueture［D］. Shanghai： East China University of Science and Technology，2019.

杨理践，梁震，高松巍. 电磁超声兰姆波的无损探伤技术［J］. 仪表技术与传感器， 2012（12）：76-79+83.

YANG L J，LIANG Z，GAO S W. Electromagnetic Ultrasonic Lamb Wave Defect Detection of Metal［J］. Instrument Technique and Sensor，2012（12）：76-79+83.

高广健，邓明晰. 用于储罐底板缺陷检测的超声兰姆波模式研究［J］. 应用声学，2012，31（1）：42-48.

GAO G J，DENG M X. Examination of ultrasonic Lamb waves for detection of flaws in the bottom plate of oil tank［J］. Journal of Applied Acoustics，2012，31（1）：42-48.

高广健，邓明晰. 超声兰姆波在储罐底部传播的数值模拟研究［J］. 后勤工程学院学报，2011，27（5）：84-87+96.

GAO G J，DENG M X. Numerical Simulation Research on Ultrasonic Lamb Wave Propagation in the Bottom Plate of Oil Tank［J］. Journal of Logistical Engineering University，2011，27（5）：84-87+96.

郑祥明，顾向华，史立丰，等. 超声兰姆波的时频分析［J］. 声学学报，2003，28（4）：368-374.

ZHENG X M，GU X H，SHI L F，et al. Time-frequency analysis of Lamb waves［J］. Acta Acustica，2003，28（4）：368-374.

ZENG X，ZHAO B，LIU X，et al. Lamb wave-based damage assessment for CFRP composite structures using a CHMM-based damage localization algorithm and a damage quantitative expression［J］. Mechanical Systems and Signal Processing，2023，184：109750.

DILIGENT O，GRAHN T，BOSTRöM A，et al. The low-frequency reflection and scattering of the S0 Lamb mode from a circular through-thickness hole in a plate：Finite Element， analytical and experimental studies［J］.The Journal of the Acoustical Society of America，2002，112：2589-2601.

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