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FINITE ELEMENT STRESS ANALYSIS FOR LEAK TESTS OF PIPE FLANGE CONNECTIONS SUBJECT TO INTERNAL PRESSURE AND BENDING MOMENT

机译:有限元应力分析,用于管道法兰连接受内压和弯矩的影响

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This paper reports the results of finite element analysis representing the sealing performance tests on the slip-on type pipe flange connections for 8 inch and 16 inch. The flange connections are subjected to internal pressure and bending moment. Internal pressure is applied by helium gas and the bending moment is loaded through 4 points bending equipment. Gas leak rates are measured by pressure decay method. During the test, the variations in the axial bolt force are monitored for all the bolts by strain gages. The pipe stress at the junction of pipe and flange is also measured. Finite element analysis simulates the tests and the simulated results are compared with the measured data. Then the behaviors of the slip-on type flange connections under internal pressure and bending moment as well as the sealing performance are clarified by the experiment and the finite element simulation.
机译:本文报告了有限元分析结果,表示硅胶型管法兰连接8英寸和16英寸上的防滑型管道凸缘连接的结果。法兰连接受到内部压力和弯矩。内部压力通过氦气施加,弯曲力矩装入4点弯曲设备。通过压力衰减方法测量气体泄漏速率。在测试期间,通过应变计监测轴向螺栓力的变化。还测量了管道和法兰的连接处的管道应力。有限元分析模拟测试,并将模拟结果与测量数据进行比较。然后通过实验和有限元模拟阐明了内部压力和弯矩下的滑动式法兰连接的行为以及密封性能。

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