首页> 外文会议>2nd International Conference on Buildings Physics; Sep 14-18, 2003; Antwerpen, Belgium >A modified cup-method for lightweight and highly permeable materials
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A modified cup-method for lightweight and highly permeable materials

机译:用于轻质和高渗透性材料的改良杯法

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With an increasing interest for dynamic hygrothermal calculation models for short time periods, there is a need for uncomplicated and reliable methods to determine the moisture properties for materials used in the indoor environment. The traditional cup-method is commonly used for building materials to determine the water vapor permeability. When used on lightweight and highly permeable materials, the unidentified inner surface resistance of the cup-method will be problematic and fastening the sample to the cup can be troublesome. To address these problems, we have developed a modified cup-method based on standard laboratory crimp cap vials to determine the water vapor resistance for lightweight and highly permeable materials, such as textiles and paper. This modified cup-method together with a validation is presented in the paper.
机译:对于短时间的动态湿热计算模型的兴趣日益浓厚,需要一种简单而可靠的方法来确定室内环境中使用的材料的水分特性。传统的杯法通常用于建筑材料以确定水蒸气的渗透性。当用于轻质和高渗透性的材料时,杯法的不确定的内表面电阻会成问题,并且将样品固定到杯上会很麻烦。为了解决这些问题,我们开发了一种基于标准实验室压接盖小瓶的改进杯形方法,以确定轻质和高渗透性材料(如纺织品和纸张)的耐水蒸气性。本文介绍了这种修改过的杯子方法以及验证方法。

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