首页> 外文期刊>Annals of nuclear energy >Code-to-code comparisons on spatial solution capabilities and performances between nTRACER and the standalone IDT solver of APOLLO3®
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Code-to-code comparisons on spatial solution capabilities and performances between nTRACER and the standalone IDT solver of APOLLO3®

机译:nTRACER与APOLLO3®的独立IDT求解器之间的空间解决方案功能和性能的代码间比较

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摘要

In order to examine the performance of two deterministic codes, nTRACER and the standalone developing version of the IDT solver of APOLLO3 (R), problems from 2D single assembly to 3D full core were computed with the same macroscopic cross-section library, so as to suppress the effects of physical modeling and to allow a direct comparison in terms of methodology, code architecture and performances. The problems we considered include cases for which the codes were not optimized in their initial design, allowing thus to analyze the potential for generalization and/or estimate possible improvements to broaden the scope of application of the codes. (C) 2018 Elsevier Ltd. All rights reserved.
机译:为了检查nTRACER和APOLLO3(R)的IDT解算器的独立开发版本这两个确定性代码的性能,使用相同的宏观截面库计算了从2D单个组件到3D全核的问题,从而抑制物理建模的影响,并允许在方法,代码体系结构和性能方面进行直接比较。我们考虑的问题包括在初始设计中未对代码进行优化的情况,从而可以分析泛化的潜力和/或估计可能的改进以扩大代码的应用范围。 (C)2018 Elsevier Ltd.保留所有权利。

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