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首页> 外文期刊>International Journal of Mechanical Engineering Education >Development of a user-friendly virtual laboratory for simulating three-dimensional transient heat transfer in regularly shaped solids
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Development of a user-friendly virtual laboratory for simulating three-dimensional transient heat transfer in regularly shaped solids

机译：开发了一个用户友好的虚拟实验室，用于模拟规则形固体中的三维瞬态传热

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摘要

In this project, Matlab~R computational and visualization tools were used to develop user-friendly software, called 3D Transient Heat Flow. With this interactive software, the students can run a wide variety of the experiments with different materials, boundary conditions and geometry at transient conditions. It is interesting to note that running some of these experiments in traditional labs is impossible. The software presents experimental results in colored graphical diagrams as well as tables and charts, which can be compared easily with the results of previous experiments. In order to evaluate and validate the reliability of the software, a case study is considered, in which the results obtained using the software are compared with those obtained using computational fluid dynamics code, such as the Fluent~R package.
机译：在该项目中，使用Matlab〜R计算和可视化工具来开发用户友好的软件，称为3D瞬态热流。借助此交互式软件，学生可以在瞬态条件下使用不同的材料，边界条件和几何图形进行各种各样的实验。有趣的是，在传统实验室中无法进行其中一些实验。该软件以彩色图形图表以及表格和图表形式显示实验结果，可以轻松地将其与以前的实验结果进行比较。为了评估和验证软件的可靠性，考虑了一个案例研究，其中将使用该软件获得的结果与使用计算流体力学代码（例如Fluent_R软件包）获得的结果进行比较。

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