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首页> 外文期刊>SAE International Journal of Materials and Manufacturing >Full Field Non-Contact Investigation of Deformation Fields in Fillet and Plug Welds
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Full Field Non-Contact Investigation of Deformation Fields in Fillet and Plug Welds

机译:角焊和塞焊变形场的全场非接触研究

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摘要

Fillet and plug weld are commonly used in structural applications in commercial heavy vehicles. This paper is primarily concerned with an investigation of the full field deformations fields in fillet and plug welds using three dimensional digital image correlation (3D-DIC). Two identical vehicle parts are constructed using a fillet weld for one specimen, and a plug weld for the other. The specimens are loaded under quasi-static conditions with simultaneous measurement of load, displacements and strain gage measurements. Strain gage locations are selected based on the results of a finite element analysis model. 3D-DIC measurements are constructed using a two camera setup. Thus, 3D-DIC measurements are compared to strain gage measurements and finite element predictions. The effectiveness of the noncontact full field method is evaluated for application to studying the weld details considered and potential for fatigue damage and durability.
机译:角焊和塞焊通常用于商用重型车辆的结构应用中。本文主要涉及使用三维数字图像关联(3D-DIC)对角焊和塞焊的全场形变场进行研究。使用一个样品的角焊缝和另一个样品的角焊缝来构造两个相同的车辆零件。样品在准静态条件下加载,同时测量载荷,位移和应变计。根据有限元分析模型的结果选择应变计位置。 3D-DIC测量是使用两个摄像头设置构建的。因此,将3D-DIC测量与应变计测量和有限元预测进行比较。评估了非接触式全场方法的有效性,可用于研究所考虑的焊接细节以及疲劳损伤和耐久性的潜力。

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