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粘接结构检测技术

日期:2021-09-12 00:33
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摘要:粘接结构检测技术:在粘接结构检测方面,法国的SIRYABE等[53]报道了铝-环氧-铝粘接结构界面粘接质量的超声检测方法,粘接结构检测技术-该方法通过测量粘接结构中不同角度入射声波的透射系数反演环氧粘接层的弹性模量,根据环氧粘接层弹性模量的各向异性畸变特征表征层间界面粘接状态的变化进而检测粘接质量。

粘接结构检测技术

在粘接结构检测方面,法国的SIRYABE等[53]报道了铝-环氧-铝粘接结构界面粘接质量的超声检测方法,粘接结构检测技术-该方法通过测量粘接结构中不同角度入射声波的透射系数反演环氧粘接层的弹性模量,根据环氧粘接层弹性模量的各向异性畸变特征表征层间界面粘接状态的变化进而检测粘接质量。

GAUTHIERDENG[54]BAODAOLELIYONGCHAOSHENGLANMUBOTEDINGPINLVBOSHUPIANYIHESHENGBOMOSHIFUDUSHUAIJIANBIAOZHENGLV-HUANYANGZHANJIEJIEMIANBUTONGZHANJIEZHUANGTAIDEFANGFA;TAUPINDENG[55]BAODAOLELIYONGCHAOSHENGLOULANMUBOXIANGSUDUPUHEBOSHUPUTEZHENGBIANHUABIAOZHENGTAI-FUHECAILIAOZHANJIEJIEGOUWEIMIJIZHANJIECENGHOUDUDEFANGFA;

ECAULTDENG[56]BAODAOLEYIZHONGJIYUJIGUANGCHONGJIBODEFUHECAILIAOZHANJIEZHILIANGJIANCEFANGFA(LASAT,Laser Shock Adhesion Test),GAIFANGFALIYONGGAOGONGLVMIDUMAICHONGJIGUANGZAICAILIAOBIAOMIANCHANSHENGRONGSHIXIAOYINGXINGCHENGCHONGJIBO,GENJUJIGUANGCHONGJIBOYUZHANJIEJIEMIANYINGLIZUOYONGDAOZHIDEJIEMIANSUNSHANGZHUANGTAIJIYUBUTONGZHANJIEXINGZHIXIANGYINGDESUNSHANGYUZHIBIAOZHENGYUANSHIJIEMIANZHANJIEZHILIANG,JIYUSUNSHANGZENGLIANGYUANLIGAIFANGFAKEYONGYUJIANCERUOZHANJIEQUEXIAN。

粘接结构检测技术-pk拾彩票美国的STAIR等[57]报道了利用单晶压电超声技术和超声相控阵技术通过粘接界面反射信号幅度和渡越时间变化表征碳纤维复合材料-铝材粘接结构脱粘的方法。

相关超声波探伤仪介绍:http://henfashion.com/jd-17_Category_94838_1.html

[53]   SIRYABE E, RÉNIERM, MEZIANE A, et al. Characterization of cohesive and adhesive properties of adhesivebonds using transmitted ultrasonic waves[C]. Proceedings of the 19thWorld Conference on Non-Destructive Testing[CP/DK]. Munich, Germany: 2016.

[54]   GAUTHIER C,ECH CHERIF EL KETTANI M, GALY J, et al. Discrimination of different levels of adhesionin a Bi layer aluminum/epoxy structure using lamb waves[C]. Proceedings of the19th World Conference on Non-Destructive Testing[CP/DK]. Munich,Germany: 2016.

[55]   TAUPIN L,CHAPUIS B, DUCOUSSO M, et al. Adhesive thickness measurement on composite aerospacestructures using guided waves[C]. Proceedings of the 19th WorldConference on Non-Destructive Testing[CP/DK]. Munich, Germany: 2016.

[56]   ECAULT R,DOMINGUEZ N, VOILLAUME H, et al. Development and optimization of the lasershock wave adhesion test for composite bonding quality assessment[C].Proceedings of the 19th World Conference on Non-DestructiveTesting[CP/DK]. Munich, Germany: 2016.

[57]   STAIR S,MOORE D, NELSON C, et al. Bondline boundary assessment of cohesive bonded solidwoven carbon fiber composites using advanced diagnostic methods[C]. Proceedingsof the 19th World Conference on Non-Destructive Testing[CP/DK].Munich, Germany: 2016.