首页> 外文会议>Society of Plastics Engineers(SPE) Annual Technical Conference; 20070506-11; Cincinnati,OH(US) >PLANE STRESS RAPID FRACTURE RESISTANCE OF PIPE GRADE PE: ESTIMATION FROM TENSILE DRAWING DATA
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PLANE STRESS RAPID FRACTURE RESISTANCE OF PIPE GRADE PE: ESTIMATION FROM TENSILE DRAWING DATA

机译:管材PE的平面应力快速断裂抗力:从拉伸图数据估算

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摘要

The Rapid Crack Propagation regime in pressurised polyethylene pipe is limited by a critical temperature, which is determined mainly by the increasing resistance of the material to plane stress fracture. The Reversed Charpy and ASTM F2231 'Thin Charpy' test methods are designed to index this property, at appropriately high rates, for quality control and material development purposes. This paper demonstrates that equivalent information can be derived from a procedure based on basic tensile drawing tests, via material properties which are more accessible to material design.
机译:加压聚乙烯管材中的快速裂纹扩展机制受到临界温度的限制,该临界温度主要取决于材料对平面应力断裂的抵抗力的提高。反向夏比和ASTM F2231“薄夏比”测试方法旨在以适当的高速率索引此特性,以进行质量控制和材料开发。本文证明,等效的信息可以从基于基本拉伸试验的过程中,通过更易于材料设计的材料特性得出。

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