第1部分:感应弯管、6061-T6和SS 304过渡接头的标准化柔度系数法、管道破裂和循环力矩试验:制定管道部件柔度系数的标准化方法。各种管道规范规定了从所考虑荷载条件下的管道系统分析中获得的力矩产生的应力的限制。分析基于一个模型，该模型考虑了管道系统中组件的灵活性。第一份报告涵盖了为管道组件制定柔性系数的各个方面。其中包括:柔度系数的定义，对某些部件（如弯头和支管连接）的柔度系数的讨论，以及根据测试数据或弹性分析确定柔度系数的方法。 提供了从试验数据推导柔度系数的建议程序。该项目是根据ASME B31管道机械设计技术委员会的要求启动的。第2部分:感应弯管和6061-T6和SS 304过渡接头的标准柔度系数法和管道爆裂和循环力矩试验:感应弯管的疲劳、力矩能力和爆裂试验本报告讨论了感应弯管的疲劳试验、力矩能力（极限载荷）试验和爆裂试验的结果。国际管道系统有限公司赞助了这项工作，包括进行测试。国际管道系统有限公司开发了一种基于感应加热的弯管制造工艺。 本报告讨论了用于实验开发应力强化系数、弯矩承载力和爆破压力的结果和方法。结果与按照ANSI B16制造的弯头的其他数据进行了比较。9.限制。第3部分:第2部分:感应弯管和6061-T6和SS 304过渡接头的标准化柔度系数法和管道爆裂和循环力矩试验:6061-T6和304型管道之间过渡接头的爆裂和循环力矩试验第三份报告调查了赞助该研究的Dynamic Materials Corporation制造的铝/不锈钢过渡接头。在管道系统中，铝管和不锈钢管的连接可以通过使用一端焊接到铝管和另一端焊接到不锈钢管的过渡接头来实现。 进行了疲劳试验（产生应力强化系数）和爆破试验。

Part 1: Standardized Flexibility Factor Method And Piping Burst And Cyclic Moment Tests For Induction Bends And 6061-T6 And SS 304 Transition Joints: Standardized Method for Developing Flexibility Factors for Piping ComponentsThe various piping codes provide limits to stresses due to moments obtained from an analysis of the piping system for the loading condition under consideration. The analysis is based on a model, which considers the flexibility of the components in the piping system.The first report covers various aspects of developing flexibility factors for piping components. These include: definition of flexibility factor, discussion of factors for certain components such as elbows and branch connections and the methods for developing flexibility factors from test data or elastic analysis. A suggested procedure for derivation of flexibility factors from test data is provided. This project was initiated by a request from the ASME B31 Piping Mechanical Design Technical Committee.Part 2: Standardized Flexibility Factor Method And Piping Burst And Cyclic Moment Tests For Induction Bends And 6061-T6 And SS 304 Transition Joints: Fatigue, Moment Capacity and Burst Tests of Induction BendsThis report discusses the results of fatigue tests, moment capacity (limit load) tests and burst tests of induction bends. International Piping Systems, Ltd. sponsored this effort, including performance of the tests. International Piping Systems, Ltd. has developed a process for manufacturing pipe bends, which is based on induction heating. This report discusses the results and methodologies used for experimentally developing stress intensification factors, moment capacities and burst pressures. The results are compared to other data for elbows manufactured to ANSI B16.9 limits.Part 3: Part 2: Standardized Flexibility Factor Method And Piping Burst And Cyclic Moment Tests For Induction Bends And 6061-T6 And SS 304 Transition Joints: Burst and Cyclic Moment Tests on Transition Joints Between 6061-T6 and Type 304 PipeThe third report investigates aluminum/stainless steel transition joints manufactured by the Dynamic Materials Corporation who sponsored the study. In piping systems, connecting aluminum pipe to stainless steel pipe can be achieved by the use of transition joints welded on one end to aluminum pipe and stainless steel pipe on the other. Fatigue tests, resulting in stress intensification factors, and burst tests were performed.