首页> 外文会议>ASME Joint US-European Fluids Engineering Division summer meeting;FEDSM2010 >NUMERICAL SIMULATION OF MONJU PLANT DYNAMICS BY SUPER-COPD USING PREVIOUS STARTUP TESTS DATA
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NUMERICAL SIMULATION OF MONJU PLANT DYNAMICS BY SUPER-COPD USING PREVIOUS STARTUP TESTS DATA

机译:使用先前的启动测试数据通过超COPD数值模拟植物的动力学

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Flow network models of the upper plenum of reactor vessel and the primary inlet plenum of intermediate heat exchanger (IHX) of MONJU were advanced and each model was validated by the measured data obtained in the previous system start-up tests (SSTs). Then the whole plant dynamics in a plant trip transient of MONJU were simulated by incorporating these flow network models. The natural circulation in the primary and secondary heat transport systems were also validated by these test results. From these validations, we concluded that the plant dynamics model incorporated the advanced models in Super-COPD code could simulate the whole plant dynamics in good accuracy both in the transients and natural circulation conditions and that it was applicable to predict the next SSTs.
机译:推进了MONJU反应堆容器上部气室和中间热交换器的主要进气室(IHX)的流网络模型,并通过先前系统启动测试(SST)中获得的测量数据对每种模型进行了验证。然后,通过合并这些流网络模型,模拟了MONJU的工厂行程瞬变中的整个工厂动态。这些测试结果也验证了一次和二次传热系统中的自然循环。通过这些验证,我们得出结论,在Super-COPD代码中结合了高级模型的植物动力学模型可以在瞬变和自然循环条件下以良好的精度模拟整个植物动力学,并且可用于预测下一个SST。

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