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Mechanical design assessment approaches of actual spent fuel and HLW transport package designs

机译:实际乏燃料和HLW运输包装设计的机械设计评估方法

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摘要

In recent years, BAM Federal Institute for Materials Research and Testing finalised the competent authority assessment of the mechanical and thermal package design in several German approval procedures of new spent fuel and high level waste package designs. The combination of computational methods and experimental investigations in conjunction with materials and cask components testing is the most common approach to mechanical safety assessment. The methodology in the field of safety analysis, including associated assessment criteria and procedures, has evolved rapidly over the last years. The design safety analysis must be based on a clear and comprehensive safety evaluation concept, including defined assessment criteria and constructional safety goals. In general, for new package designs, the implementation of experimental package drop tests in the approval process should be obligatory. Additionally, pre-and post-test calculations as well as components or material testing could be important. The extent to which drop tests are necessary depends on the individual package construction, the materials used and identified safety margins in the design.
机译:近年来,BAM联邦材料研究与测试研究所在新的乏燃料和高放废物包装设计的若干德国批准程序中完成了对机械和热包装设计的主管部门评估。计算方法和实验研究的结合以及材料和桶组件的测试是机械安全评估的最常用方法。在过去的几年中,安全分析领域的方法,包括相关的评估标准和程序,发展迅速。设计安全分析必须基于清晰而全面的安全评估概念,包括已定义的评估标准和建筑安全目标。通常,对于新包装设计,必须在批准过程中实施实验性包装掉落测试。此外,测试前和测试后的计算以及组件或材料测试也可能很重要。跌落测试的必要程度取决于单个包装的构造,使用的材料以及设计中确定的安全裕度。

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