Design and Performance of Walls with SPF

Mark Bomberg, J. Lstiburek
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Abstract

are now making the impact larger than predicted-not because of any single issue, but because of the change in the paradigm of environmental control of buildings (Chapter 8). The holistic approach (systems approach) is now finding its way from academic circles into building codes and material standards. The occupant of a building demands that indoor air be fresh, free ofpollutants, and maintained within a selected temperature range. To ensure that these requirements are fulfilled, the mechanical engineer must use controlled ventilation (with or without air conditioning systems). To this end, the whole building must be airtight and the indoor space divided into controllable compartments. As a starting point, to provide the airtightness ofthe building envelope, one may use air barrier systems. The 1995 edition of the Canadian National Building Code requires doing so.
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SPF墙体的设计与性能
现在的影响比预期的更大——不是因为任何单一的问题,而是因为建筑环境控制范式的变化(第8章)。整体方法(系统方法)现在正从学术界进入建筑规范和材料标准。建筑物的居住者要求室内空气新鲜,没有污染物,并保持在选定的温度范围内。为了确保满足这些要求,机械工程师必须使用受控通风(有或没有空调系统)。为此,整个建筑必须是密闭的,并将室内空间划分为可控的隔间。首先,为了提供建筑围护结构的气密性,可以使用空气屏障系统。1995年版的加拿大国家建筑规范要求这样做。
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