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Modal reduction for a problem of heat transfer with radiation in an enclosure

机译:模态降低,解决了外壳内辐射引起的热传递问题

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摘要

We propose an original method to reduce a radiation dominated heat transfer problem. To that end, the Amalgam Reduced Order Modal Model (AROMM) method, which preserves the integrity of the geometry, is coupled to the classical radiosity method. The treated application is a complex titanium piece heated by two radiant panels placed in a furnace. The AROMM method reduces by a factor 100 the computation time needed to obtain the solution, while keeping an average error below 0.1%. These very good performances open the way for control or identification procedure in a reasonable time for these kind of applications. (C) 2019 Elsevier Ltd. All rights reserved.
机译:我们提出了一种减少辐射为主的传热问题的原始方法。为此,将保留几何图形完整性的汞合金降阶模态模型(AROMM)方法与经典的辐射度方法相结合。处理后的应用是由放置在炉中的两个辐射板加热的复杂钛片。 AROMM方法将获得解决方案所需的计算时间减少了100倍,同时将平均误差保持在0.1%以下。这些非常好的性能为这类应用在合理的时间内为控制或识别程序开辟了道路。 (C)2019 Elsevier Ltd.保留所有权利。

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