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APPLICATION OF TORSION Ce FACTOR FOR PIPING NON-PLANAR THROUGH-WALL FLAWS

机译:扭力Ce因子在管道非平面穿墙缺陷中的应用

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Solution for multi-axis loading on piping non-planar flaws has been studied by many authors (Hoang 2010, 2011), (Kunio 2012, 2014), (Li, 2010, 2012) and ( Bezensek, 2010) to provide a technical basis for an equivalent moment in applications of ASME Section Ⅺ , Appendix C limit load approach for pipe flaw evaluation. The equivalent moment is defined as the square root of the sum of the squares (SRSS) of bending moment and torsion with a multiplier of C_e. It has been shown that C_e=1 is applicable for piping with crack-like planar flaws and for part-through-wall non-planar flaws subjected to some limitations. However, the C_e factor for through-wall non-planar flaws has not been investigated. Since Code Case 513-3 allows the use of Section Ⅺ , Appendix C procedure for non-planar through-wall flaws, the C_e factor is studied in this paper to support the applications with torsion loading.
机译:许多作者(Hoang 2010,2011),(Kunio 2012,2014),(Li,2010,2012)和(Bezensek,2010)研究了管道非平面缺陷的多轴载荷解决方案,以提供技术基础在ASMEⅪapplications附录C中应用的等效力矩下,极限载荷方法可用于评估管道缺陷。等效力矩定义为弯矩和扭转乘积C_e的平方和(SRSS)的平方根。已经表明,C_e = 1适用于具有裂纹状平面缺陷的管道以及受某些限制的部分贯通壁非平面缺陷。但是,尚未研究过壁非平面缺陷的C_e因子。由于代码案例513-3允许对非平面贯通壁缺陷使用附录C中的through节,因此在本文中研究C_e因子以支持带有扭转载荷的应用。

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