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A Sensitivity Analysis of Parameters Affecting Indoor Air Quality Related to TVOC and HCHO Reduction
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  • Journal title : Architectural research
  • Volume 14, Issue 3,  2012, pp.93-98
  • Publisher : Architectural Institute of Korea
  • DOI : 10.5659/AIKAR.2012.14.3.93
 Title & Authors
A Sensitivity Analysis of Parameters Affecting Indoor Air Quality Related to TVOC and HCHO Reduction
Kang, Hae Jin; Kim, Mi Yeon; Rhee, Eon Ku;
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The objective of the study is to analyze the relative performance of factors affecting indoor air quality in multi-residential buildings in Korea. A study of the factors affecting indoor air quality is essential for establishing indoor air quality management strategies effectively. To observe the indoor air quality response following a modification of a given parameter, a sensitivity analysis was performed. The factors examined for the analysis include; wall/ceiling paper, adhesive for wall/ceiling paper, floor material, adhesive for floor material, and ventilation rate. The Experimental Design which identifies main effects among the design parameters with a few experiments was used to decrease the number of experiments. The simulation for indoor air quality was undertaken using a validated equation. Then, ANOVA(Analysis of Variance) was performed to evaluate the relative importance of each parameter affecting the indoor air quality. The result of the study indicates that the indoor air quality may be influenced most by adhesive for wall/ceiling paper, followed by ventilation rate and adhesive for floor material.
Indoor Air Quality;Sensitivity Analysis;Analysis of Variance;Residential Building;TVOC;HCHO;
 Cited by
Development of a systematic model for an assessment tool for sustainable buildings based on a structural framework, Energy and Buildings, 2015, 104, 287  crossref(new windwow)
Hiroshi, Y., Junhong Z., Yasuko, Y., Kazukiyo, K., Yoeyong, N., Zhenhai,L., Jing, L., Takayuki S., Hiroyuki, M and Yukio, H. (2005), A Study on Indoor Air Quality of Urban Residential Building in China, Journal of Asian Architecture and Building Engineering, 4(2), 495-500 crossref(new window)

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