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Effect of Defect Size on Fatigue Strength of Inconel 718 Fabricated by Selective Laser Melting

机译:缺陷尺寸对选择性激光熔化制造的Inconel 718疲劳强度的影响

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SLM technique was used to build many kinds of materials and results proved with successeven when the material is a difficult-to-machine, such as Inconel 718. On the other hand, it isimpossible to prevent the occurrence of internal defects in SLM parts completely. Internal defects leadto deterioration of mechanical properties, represented by fatigue property. However, the relationshipbetween internal defect size and fatigue strength deterioration is still unclear. To elucidate the effect ofdefects on fatigue behaviour of Inconel 718 fabricated by SLM, fatigue tests were conducted withspecimen containing various defect sizes. Specimens containing defects whose diameter is about 400μm don’t show any significant decrease in fatigue strength.
机译:SLM技术用于构建多种材料和结果成功即使材料是难以到的机器,如inconel 718.另一方面,它是不可能完全防止SLM部件中的内部缺陷发生。内部缺陷引线以疲劳性能代表的机械性能劣化。但是,这种关系内部缺陷尺寸和疲劳强度劣化仍然不清楚。阐明效果通过SLM制造的Inconel 718的疲劳行为缺陷,进行疲劳测试含有各种缺陷尺寸的标本。含有直径约为400的缺陷的标本μm不会显示任何显着降低疲劳强度。

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