首页> 外文会议>ICONE18;International conference on nuclear engineering >ANALYSIS OF STEADY STATE TEMPERATURE FIELD OF ROD-SHAPED FUEL ELEMENT BASED ON VIRTUAL REALITY
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ANALYSIS OF STEADY STATE TEMPERATURE FIELD OF ROD-SHAPED FUEL ELEMENT BASED ON VIRTUAL REALITY

机译:基于虚拟现实的棒形燃料元件稳态温度场分析

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摘要

Based on the reactor physics and heat transfer parameter of rod-shaped fuel element, the steady state distribution and variation for rod-shaped assembly are analyzed and computed; using the virtual reality technology, 3D geometric entities of fuel element is constructed and divided into grid according to different condition; Through the normalized treatment for numerical results, the VR simulation environment for temperature field of fuel element is constructed. The research for field visualization has some reference value for core thermal design and operational safety analysis.
机译:根据棒状燃料元件的反应堆物理特性和传热参数,分析计算棒状组件的稳态分布和变化。利用虚拟现实技术,构造了燃料元件的3D几何实体,并根据不同的条件将其划分为网格。通过对数值结果进行归一化处理,构建了燃料元件温度场的虚拟现实仿真环境。现场可视化研究对堆芯热设计和运行安全分析具有一定参考价值。

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