Mathematical modeling of complex heat transfer in a closed internal volume of a high-temperature radiant heater

A. Redko, O. Redko, N. Kulikova, Y. Burda
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引用次数: 0

Abstract

The results of a numerical analysis of the parameters of a radiant heating system with radiating panels are presented. The effect of the shape and dimensions of the panel, surface material and the presence of thermal insulation are numerically investigated. It is found that the device of re-radiating panels reduces the surface temperature to 450-500°C, but the increase in the surface area of the radiator provides a more uniform radiation intensity over the heated area, not exceeding the permissible parameters according to sanitary and hygienic requirements. The panel device is found to transform the parameters of the short-wavelength radiator into a more comfortable long-wavelength radiator mode.
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高温辐射加热器封闭内容积内复杂传热的数学建模
本文给出了带辐射板的辐射供暖系统参数的数值分析结果。数值研究了面板的形状和尺寸、表面材料和隔热层的存在等因素的影响。研究发现,再辐射板装置将表面温度降低到450-500℃,但散热器表面积的增加使加热区域的辐射强度更加均匀,不超过卫生和卫生要求允许的参数。发现了将短波辐射器的参数转换为更舒适的长波辐射器模式的面板装置。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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审稿时长
22 weeks
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