首页|基于多物理场耦合方法的燃料性能分析模型研究及初步计算

基于多物理场耦合方法的燃料性能分析模型研究及初步计算

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燃料棒是反应堆的核心部件,能够产生能量并包容强放射性物质,对其进行性能分析具有重要意义,传统的性能分析软件难以对复杂工况以及局部效应进行分析.近年来开始基于多物理场耦合平台对燃料性能进行分析.本工作基于COMSOL平台开发了棒状燃料的三维热-力-辐照耦合分析模型,考虑了芯块、包壳的物性随温度、燃耗等变化的模型以及燃料棒的一系列堆内行为.并以此对以SP-100为基础设计的新型燃料元件进行初步计算,具有一定的参考意义.
Research and Preliminary Calculation of Fuel Performance Analysis Model Based on Multi-physics Coupling Method
Fuel rod is the core component of reactor,which can generate energy and contain strong radioactive substances.It is of great significance to analyze its performance.Traditional performance analysis software is difficult to analyze complex operating conditions and local effects.In recent years,fuel properties have been analyzed based on multi-physics coupling platform.Based on the COMSOL platform,a three-dimensional thermal-force-irradiation coupling analysis model for rod-like fuel was developed,which considered the change of the physical properties of pellets and cladding with temperature and burnup,as well as a series of in-reactor behaviors of fuel rods.The calculation of the new fuel element based on SP-100 has a certain reference significance.

performance analysismultiple physical fieldsthree-dimensional couplingfinite element method

王继全

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中国原子能科学研究院,北京

性能分析 多物理场 三维耦合 有限元方法

2024

科学技术创新
黑龙江省科普事业中心

科学技术创新

影响因子:0.842
ISSN:1673-1328
年,卷(期):2024.(14)
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