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A Scientific Evaluation Of The Approximate 2d Theories For Composite Repairs To Cracked Metallic Components

机译:对裂纹金属零件进行复合修复的近似二维理论的科学评估

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In this paper, we show how the published literature reveals that the approximate two-dimensional solution for the stress intensity factor associated with cracked panel repaired using an externally bonded composite repair is inconsistent with experimental data, and that for short to mid-size cracks the fibre bridging effect is often a second-order effect. The result of this finding is that prediction of the effect of a composite repair on the structural integrity of cracked components repaired by an externally bonded composite repair is dramatically simplified. We also show why structures repaired using Clare patches have a fatigue performance that is superior to structures repaired using boron epoxy or carbon fibre patches.
机译:在本文中,我们展示了已发表的文献如何揭示与使用外部粘结复合材料修复的裂纹面板相关的应力强度因子的近似二维解与实验数据不一致,而对于中小尺寸裂纹而言光纤桥接效应通常是二阶效应。该发现的结果是,大大简化了复合修复对通过外部粘结的复合修复修复的破裂部件的结构完整性的影响的预测。我们还显示了为什么使用Clare修补片修复的结构具有比使用环氧硼或碳纤维修补片修复的结构更好的疲劳性能。

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