一种新型内置红外加热结构板的热技术参数选择分析

D. Dubecký, M. Kozlovská
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引用次数: 0

摘要

创新的目的是提高工作程序的效率,适应可持续性和效率趋势。技术创新的前提之一是建筑产品的开发。内置红外线加热的预制板是一种创新产品,它直接内置在建筑板内的加热系统,在安装后立即开始发挥其功能,从而减少了施工现场的劳动强度。本文介绍了一种内置红外加热的创新板的部分研究成果,该板目前受到一种有效实用新型的保护。作为实验研究的一部分,分析了创新板的九种材料变体。研究的重点是地表温度随时间变化的模式。实验结果,尽管偏离预期的个别板的行为,显示了热阻和表面温度增加之间的联系。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Analyses of selected thermal-technical parameters of an innovative construction board with built-in infrared heating
The purpose of innovations is to increase the efficiency of work procedures, accommodating sustainability and efficiency trends. One of the preconditions of technological innovations is development of construction products. A prefabricated board with built-in infrared heating is an innovative product which reduces labour intensity at the construction site by featuring a heating system that is built directly into the construction board, which begins to perform its function immediately after it is built in. This article presents certain partial results of the research and development of an innovative board with built-in infrared heating, which is currently protected by a valid utility model. Nine material variants of the innovative board were analysed as part of the experimental research. The research focused on the pattern of changes in surface temperature over time. The results of the experiment, despite deviations from the anticipated behaviour of the individual boards, showed a link between thermal resistance and increase in surface temperature.
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