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首页> 外文期刊>Progress in Nuclear Energy >Thermal tests of a scaled down mock-up of CP5.2 packaging system: Post-test analysis
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Thermal tests of a scaled down mock-up of CP5.2 packaging system: Post-test analysis

机译:CP5.2封装系统按比例缩小模型的热测试:测试后分析

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摘要

In this study, the thermal performances of an Italian CP5.2 packaging system aimed at the transportation of bituminised wastes (i.e. engulfing fire of 800 degrees C for 30 min according to the IAEA regulation) are presented. Due to the high risk of auto-ignition of the bituminised wastes, that are stowed in the drums, in turn, immersed in the cement matrix of the CP 5.2, it was decided to test firstly a small scale mock-up. The mock up, containing only one drum with bituminised waste, was designed and built at the Department of Civil and Industrial Engineering (DICI) of the University of Pisa. The experimental test was carried out at Lab. Guerrini of the University of Pisa.Results demonstrated that after half an hour of fire exposure at 800 degrees C, the temperature in the bituminised waste package is below that of auto-ignition of the bitumen. The obtained results allowed in addition to set up the test procedure to adopt for fire test of a full scale CP5.2 system.Post test analysis, which was carried out by performing FEM analysis, is also presented and results compared to the experimental ones.
机译:在这项研究中,介绍了旨在运输沥青废料的意大利CP5.2包装系统的热性能(即,根据国际原子能机构的规定,将800摄氏度的火焰吞没30分钟)。由于存放在桶中的沥青废料有很高的自燃风险,而这些废料又浸泡在CP 5.2的水泥基体中,因此决定首先进行小规模的模型测试。该模型仅包含一个装有沥青废料的桶,是由比萨大学的土木和工业工程系(DICI)设计和制造的。实验测试在实验室进行。比萨大学的古里尼(Guerrini)结果表明,在800摄氏度的高温下暴露半小时后,沥青废料包装中的温度低于沥青的自燃温度。获得的结果不仅可以建立测试程序以用于全面CP5.2系统的耐火测试。还提供了通过有限元分析进行的后测试分析,并将结果与​​实验结果进行了比较。

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