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Hole Drilling With Orbiting Motion for Residual Stress Measurement – Effects of Tool and Hole Diameters

机译:具有轨道钻孔的钻孔运动,用于残余应力测量 - 工具和孔径的影响

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Hole drilling is a very common technique for measuring residual stresses. Adding an orbiting motion of the drill was found to improve hole quality in difficult to drill materials and has been in practice for decades. This study compares measurements using various orbiting amounts. Each measurement was repeated twice to evaluate measurement statistics. There is a distinct, though relatively small, effect of the hole shape when no orbiting is used. It disappears already when the hole is 50% larger than the tool size. Different orbiting amounts also produce systematically different results. These may be related to the absolute hole size.
机译:钻孔是一种用于测量残余应力的非常常见的技术。在发现钻头的轨道运动中,发现难以钻探材料的孔质量,并在实践中几十年。该研究比较了使用各种轨道量的测量。每次测量重复两次以评估测量统计数据。当没有使用轨道时,孔形状的虽然相对较小,但孔形状的效果不同。当孔比工具尺寸大50%时,它已经消失了。不同的轨道量也产生系统地产生不同的结果。这些可能与绝对孔尺寸有关。

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