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A METHOD TO OPTIMIZE ROBUST CORE DESIGN PERFORMANCE BASED ON DESIGN FOR SIX SIGMA (DFSS) METHODOLOGY

机译:基于六西格玛(DFSS)方法设计的鲁棒核心设计性能优化方法

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This paper provides the detailed information about the methodology of newly developed Robustness Evaluation Module of ePrometheus™. It summarizes the background and motivation of the work, Robust Core Design Description based on Design For Six Sigma (DFSS) methodology, design basis assumptions, historical simulation uncertainties in the reactor operations, development of robustness methodology and robustness metric for optimization response surfaces, opportunities and defect definition based on robustness performance and calculate statistical long-term process capability predictions based on DFSS methodology. A new ePrometheus™ prototype has been developed and incorporates this method as a modular functionality.
机译:本文提供了有关新开发的ePrometheus™稳健性评估模块的方法的详细信息。它总结了工作的背景和动机,基于六西格玛设计(DFSS)方法的稳健核心设计说明,设计基础假设,反应堆运行中的历史模拟不确定性,开发了稳健性方法和用于优化响应面的稳健性度量,机会基于鲁棒性性能的缺陷定义,并基于DFSS方法计算统计的长期过程能力预测。已开发出新的ePrometheus™原型,并将此方法作为模块化功能合并。

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