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Using the STAR CCM+ Software System for Modeling the Thermal State and Natural Convection in the Melt Metal Layer during Severe Accidents in WER Reactors

机译:使用STAR CCM +软件系统对WER反应堆中严重事故期间熔融金属层的热状态和自然对流建模

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摘要

The possibility of using the Star CCM+ software system for analyzing the thermal state of the melt pool metal layer generated as a result of melt stratification during a severe accident in pressure-vessel nuclear reactors is considered. In order to verify and substantiate the possibility of using this software system for modeling the natural convection processes in the melt at high values of the Rayleigh number, test problems were solved. The obtained results were found to be in good agreement with the known solutions and with the experimental data. The behavior of the melt metal layer was subjected to a parametric analysis for different melt heating conditions, the results of which showed that certain parameters have a determining influence on the so-called focusing effect and on the specific features of current in this layer.
机译:考虑在压力容器核反应堆发生严重事故期间使用Star CCM +软件系统分析由于熔体分层而产生的熔池金属层的热状态的可能性。为了验证和证实使用此软件系统对高瑞利数下的熔体中自然对流过程进行建模的可能性,解决了测试问题。发现获得的结果与已知的解决方案和实验数据非常吻合。对熔融金属层的性能进行了针对不同熔融加热条件的参数分析,其结果表明,某些参数对所谓的聚焦效应和该层中电流的特定特征具有决定性的影响。

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