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Improving the Condensation Resistance of Fenestration by Considering Total Building Enclosure and Mechanical System Interaction

机译:通过考虑整体建筑围护结构和机械系统的相互作用来提高窗孔的抗冷凝性

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摘要

Many condensation problems at fenestration are related to the adjacent building components the system interacts with. This includes adjacent cladding and wall systems, structural systems used for the connection of the fenestration, and interaction with the building's mechanical system. We will discuss how the condensation resistance of windows and curtain walls can be greatly improved by aligning the thermal elements in the wall with the thermal aspects of the windows (such as thermal breaks), how air leakage at window systems can increase the volume of condensation, and how thermal bridges adjacent to the fenestration can have a significant impact on the overall performance.
机译:开窗时的许多冷凝问题与系统相互作用的相邻建筑物组件有关。这包括相邻的覆层和墙壁系统,用于开窗连接以及与建筑物机械系统相互作用的结构系统。我们将讨论如何通过将墙壁中的热元件与窗户的热方面(例如热断裂)对齐来极大地改善窗户和幕墙的抗冷凝性,以及窗户系统中的空气泄漏如何增加冷凝量以及与开窗相邻的热桥如何对整体性能产生重大影响。

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