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Impact of surface roughness on particle penetration through building envelope leakage

机译:表面粗糙度对通过建筑物围护结构渗漏的颗粒渗透的影响

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Infiltration is the main ventilation style during heating and cooling seasons in residential building of China. Human inhalation exposure to particles of outdoor origin depends substantially on the degree to which particles can penetrate through building envelope. In the paper, we analysed the impact factors of particle penetration into indoor environment, and developed a mathematical model to simulate particle penetration through cracks with rough inner surfaces. Results indicate that roughness elements play a greater role in enhancing deposition for d > 0.04 μm particles than for ultrafine particles. For cracks H > 1 mm, building envelop is not effective at removing infiltration particles.
机译:渗透是中国住宅建筑采暖和制冷季节的主要通风方式。人类吸入暴露于室外来源的颗粒基本上取决于颗粒可穿透建筑物围护结构的程度。在本文中,我们分析了颗粒渗入室内环境的影响因素,并建立了一个数学模型来模拟颗粒渗入具有粗糙内表面的裂纹。结果表明,与d> 0.04μm的颗粒相比,粗糙度元素在增强沉积方面起的作用要大于超细颗粒。对于H> 1 mm的裂纹,建筑围护不能有效去除渗透颗粒。

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