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首页> 外文期刊>Engineering Fracture Mechanics >Two-dimensional and three-dimensional magnification factors, M{sub}k, for non-load-carrying fillet welds cruciform joints
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Two-dimensional and three-dimensional magnification factors, M{sub}k, for non-load-carrying fillet welds cruciform joints

机译:非承载角焊缝十字形接头的二维和三维放大系数M {sub} k

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摘要

Two-dimensional M {sub}k factors at the weld toe of non-load-carrying transverse welded attachments are derived indirectly using the principle of superposition and stresses obtained from boundary element analysis. The results are in good agreement with that obtained by Maddox and Andrews [1] for different ratios of l/T, where I is the weld toe to weld toe distance, and T is the main plate thickness. Further three-dimensional boundary element analysis using realistic crack shapes, confirm that l/T is the most important parameter. Two-dimensional edge cracks analyses overestimate and underestimate the deepest and surface points M {sub}k values by as much as 15% and 65% respectively. Parametric equations for three-dimensional M {sub}k are proposed for design purposes.
机译:利用叠加原理和边界元分析获得的应力,间接推导了非承载横向焊接附件的焊趾处的二维M {k} k因子。结果与Maddox和Andrews [1]在不同的L / T比下获得的结果吻合得很好,其中I是焊趾与焊趾的距离,T是主板厚度。使用实际的裂纹形状进行的进一步的三维边界元分析证实,L / T是最重要的参数。二维边缘裂纹分析高估和低估了最深点和表面点M {sub} k值,分别高达15%和65%。为了设计目的,提出了用于三维M {sub} k的参数方程。

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