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首页> 外文期刊>Journal of Asian architecture and building engineering >Influence of Drainage Holes on Condensation Risk and Air-tightness of WindowsAn Experimental Case Study of Triple Glazing PVC Windows
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Influence of Drainage Holes on Condensation Risk and Air-tightness of WindowsAn Experimental Case Study of Triple Glazing PVC Windows

机译:排水孔对窗户凝结风险和气密性的影响三层玻璃窗的实验案例研究

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摘要

Triple glazing windows incorporate drainage holes on glazing beads or gaskets to provide a path for condensed water from the inside to the outside. These holes are considered to be effective for draining condensed water but may decrease the air-tightness and increase the condensation risk due to the drop in surface temperature resulting from the intake of cold outside air. In this study, the related specifications and documents on the application of drainage holes and previous studies were reviewed. For the triple glazing windows with and without drainage holes, the condensation resistance and air-tightness were evaluated and compared. Condensation resistance and air-tightness were tested in accordance with KS F 2295 and KS F 2292, respectively. The results showed that the use of drainage holes did not have a significant negative impact on the condensation resistance and air-tightness.
机译:三重玻璃窗在玻璃珠或垫片上设有排水孔,为冷凝水从内到外提供了一条路径。这些孔被认为对排出冷凝水有效,但是由于吸入冷空气而导致表面温度下降,可能会降低气密性并增加冷凝风险。在这项研究中,有关排水孔应用的相关规范和文件以及以前的研究进行了回顾。对于具有和不具有排水孔的三层玻璃窗,评估并比较了抗凝结性和气密性。分别根据KS F 2295和KS F 2292测试耐冷凝性和气密性。结果表明,排水孔的使用不会对耐冷凝性和气密性产生显着的负面影响。

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