计算机技术在核能分析计算的发展与应用OA
Development and Application of Computer Technology in Nuclear Energy Analysis and Calculation
核能作为一种可大规模应用的清洁能源,是现在以及未来世界能源市场的重要发展方向.随着计算机技术的出现与发展,利用计算机程序或软件对核反应堆设计和结构进行模拟计算是一种高效、准确的方法.论文首先介绍了计算机技术在核能领域的发展历程,同时介绍了国内外研究机构开发的基于计算机技术的分析程序和平台.其次,研究了模拟计算在核能分析领域的应用,以大型商用核电站所用的压水堆燃料棒组件作为研究对象,基于商用有限元平台COMSOL,建立了用于燃料棒组件分析的传热学模型、力学模型.最后,模拟了压水堆燃料棒组件的运行稳态、启动瞬态两种工况,并分析了燃料棒的瞬态启动特性.论文的研究成果为核反应堆组件的模拟计算提供了有效参考.
Nuclear energy,as a clean energy that can be applied on a large scale,is an important development direction for the current and future world energy market.With the emergence and development of computer technology,using computer programs or software to simulate the design and structure of nuclear reactors is an efficient and accurate method.This paper firstly introduces the development of computer technology in the field of nuclear energy,and introduces the analysis programs and platforms devel-oped by domestic and foreign research institutions based on computer technology.Secondly,the application of simulation calcula-tion in the field of nuclear energy analysis is studied.Taking the PWR fuel rod assemblies used in large commercial nuclear power plants as the research object,the heat transfer model and mechanical model for fuel rod assemblies analysis are established based on the commercial finite element platform COMSOL.Finally,the steady-state operation and transient start-up conditions of the PWR fuel rod assemblies are simulated,and the transient start-up characteristics of the fuel rods are analyzed.The research results of this paper provide an effective reference for the simulation calculation of nuclear reactor assemblies.
孟雅蕾;刘沫萌;佘仲航
西安工程大学计算机科学学院 西安 710048西安工程大学计算机科学学院 西安 710048中国核动力研究设计院 成都 610200
天文与地球科学
核反应堆计算机技术有限元法分析程序
nuclear reactorcomputer technologyfinite element methodanalysis program
《舰船电子工程》 2026 (4)
12-16,31,6
陕西省教育厅项目(编号:23JP058)资助.
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