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Modeling of thermal fluid dynamics of radiant panels system in cooling mode by using a neural approach

机译:用神经方法建模冷却模式辐射板系统的热流体动力学

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This paper is focused on on the thermal analysis of two models of radiant panels developed and tested in their thermal performances with Comsol Multiphisics. We have to investigated two different configuration, the “coil” panel and the “array” panel defining the design parameters like size and insulation, and analyzing the physical quantities such as flow rate and fluid temperature in the range from 16 to 24°C with a 2°C increment at each stage. The results obtained from the analysis of the thermal flux of panels have demonstrated that this can leads to the determination of the relationship between the heat transfer and the entry speed at different temperatures by using a neural network approach.
机译:本文专注于两种辐射面板型号的热分析,并在其热性能下与COMSOL多功能性进行了测试。我们必须调查两种不同的配置,“线圈”面板和“阵列”面板定义了尺寸和绝缘的设计参数,并分析了16至24°C范围内的流量和流体温度等物理量每个阶段的2°C增量。从面板的热通量分析获得的结果表明,通过使用神经网络方法,这可以导致传热与进入速度之间的关系和进入速度之间的关系。

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