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Determination of wall height to capture windward drift snow on flat roofs

机译:确定墙壁高度以捕获平坦屋顶上的迎风飘雪

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摘要

A new taller building adjacent to an existing building with a lower roof is a relatively common situation. The new building provides a snow source area, which results in snow drift atop the lower roof which likely was not anticipated in its original design. Since it is usually difficult to retrofit the existing roof structure, a solid wall can be considered to capture the expected snow transport on the upper roof. Using field measurement on snowdrift development around solid walls, ASCE 7 provisions and Drift Ratio parameter, two approaches based on average or conservative values are studied to determine the required height of the solid wall. The results indicate that conservative values provide arguably unrealistic values, while the average or combination of average and conservative values provides reasonable wall heights.
机译:相对较高的情况是,新的较高的建筑物与具有较低屋顶的现有建筑物相邻。新建筑物提供了一个雪源区域,这会导致雪在较低的屋顶上方漂移,这可能不是其原始设计所预期的。由于通常很难对现有的屋顶结构进行改造,因此可以考虑使用坚固的墙来捕获上部屋顶上预期的积雪。使用实心壁周围雪堆发展的现场测量,ASCE 7规定和漂移比参数,研究了两种基于平均值或保守值的方法来确定所需的实心壁高度。结果表明,保守值可以说是不现实的值,而平均值或平均值和保守值的组合可以提供合理的墙高度。

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