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首页> 外文期刊>The Journal of Adhesion >Extensometric and Thermo-Elasticimetric Measurements to Characterize the Damage Evolution in Adhesively Bonded Joints: Application for the Adhesively Bonded Double Scarf Joint
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Extensometric and Thermo-Elasticimetric Measurements to Characterize the Damage Evolution in Adhesively Bonded Joints: Application for the Adhesively Bonded Double Scarf Joint

机译：拉伸和热弹性测量来表征胶接接头中的损伤演变：胶接双丝巾接头的应用

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In this article, two nondestructive experimental methods are compared in order to evaluate the influence of a singularity, created by geometry, on the damage evolution in the adhesively bonded pints. The first experimental method uses the "back face technique" to measure the disturbances of the strain fields induced by the cracks. The second experimental method uses an infrared focal plane array camera to measure the thermo-elastic field in the geometrical singularity. First of all, both methods are carried out independently: the analysis of the stress/strain and the thermo-graphic analysis. Then, these two methods enabled us to generate a database, the use of which improves the diagnosis of the damage state of the adhesively bonded joints.
机译：在本文中，比较了两种非破坏性的实验方法，以评估几何形状所产生的奇异性对胶合品脱损伤演变的影响。第一种实验方法使用“背面技术”来测量由裂纹引起的应变场的扰动。第二种实验方法是使用红外焦平面阵列相机测量几何奇异点的热弹性场。首先，这两种方法都是独立进行的：应力/应变分析和热成像分析。然后，这两种方法使我们能够生成数据库，使用该数据库可以改善对粘合接头损坏状态的诊断。

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