首页> 外文会议>ASME(American Society of Mechanical Engineers) Pressure Vessels and Piping Conference 2007 >AXIAL LENGTH AND SHAPE EFFECTS OF LOCAL WALL THINNING ON NET-SECTION LIMIT LOADS
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AXIAL LENGTH AND SHAPE EFFECTS OF LOCAL WALL THINNING ON NET-SECTION LIMIT LOADS

机译:局部薄壁的轴向长度和形状对净截面极限荷载的影响

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This paper provides plastic limit loads of pipes with local wall thinning under internal pressure and under bending, by quantifying effects of the axial extent and the shape of local wall thinning. The effect of the axial extent on plastic limit loads is not so significant for bending but could be more significant for internal pressure. It is also found that the effect of the shape of local wall thinning on limit loads could be quite significant. Thus idealization of local wall thinning as rectangular shapes rather than circular ones could lead to significantly conservative estimates of maximum loads, which is also supported by comparison with published full-scale pipe test data.
机译:通过量化轴向范围和局部壁变薄形状的影响,本文提供了在内部压力和弯曲下局部壁变薄的管道的塑料极限载荷。轴向范围对塑料极限载荷的影响对于弯曲不是那么显着,而对于内部压力则可能更为显着。还发现,局部壁变薄的形状对极限载荷的影响可能非常显着。因此,将局部壁薄化理想化为矩形而不是圆形可能会导致最大载荷的显着保守估计,这与已发布的满量程管道测试数据的比较也得到了支持。

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