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Formulation of Criteria and Reasoning Procedure for the Safe Operation of Pipelines and FBR Housings under Conditions of Sodium Leakage via Through Crack and Its Combustion

机译:在通过裂纹及其燃烧渗漏钠的条件下,安全地设计管道和FBR外壳的标准和推理程序

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摘要

The paper describes the developed procedure and calculation criteria for the safe operation of pipelines and equipment of the primary and secondary loops of FBR under conditions of sodium leakage via through crack and its combustion. The procedure uses the methods of calculation of through crack stability and limit states of the design section modified for operating conditions for sodium installations. To determine the rate and volume of leaked sodium, engineering approaches based on the Bernoulli equation, on the calculation of the hydraulic diameter in the smallest (critical) cross section, and on estimation of the hydraulic resistance in the through crack channel are proposed.
机译:本文描述了在因裂纹和燃烧而漏钠的情况下,FBR主回路和副回路的管道和设备的安全运行的开发程序和计算标准。该程序使用计算通过裂纹稳定性的方法和针对钠装置的运行条件而修改的设计节的极限状态。为了确定钠泄漏的速率和量,提出了一种基于伯努利方程,在最小(临界)横截面中的水力直径计算以及在贯通裂缝通道中的水力阻力估计的工程方法。

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