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題名：以黴菌發芽預測模型評估住宅調濕建材之設計策略
書刊名：建築學報
作者：葉育君／蔡耀賢 引用關係
作者(外文)：Yeh, Yu-chun／Tsay, Yaw-shyan
出版日期：2014
卷期：89
頁次：頁57-74
主題關鍵詞：室內空氣品質；調濕建材；有效濕氣滲透深度法；黴菌發芽預測模型；Indoor air quality；Moisture buffering material；EnergyPlus；EMPD；Mold germination graph
原始連結：連回原系統網址new window
相關次數：
  • 被引用次數被引用次數:期刊(3) 博士論文(0) 專書(0) 專書論文(0)
  • 排除自我引用排除自我引用:3
  • 共同引用共同引用:5
  • 點閱點閱:8
臺灣的高溫高濕氣候型態容易導致生物性污染，調濕建材的使用可有效抑制室內高濕度的出現頻率，提升室內空氣品質及居住者健康。為了更有效確認調濕設計對黴菌滋生的控制，本研究以側柏為研究對象，首先以實驗求得材料熱濕物性，作為數值模擬參數。接著採用EnergyPlus軟體中的有效滲透深度法進行空間熱濕環境模擬。最後利用黴菌發芽預測模型，評估搭配不同換氣策略對降低生物性污染風險的效果。研究結果發現，室內建材側柏搭配換氣策略可有效緩和室內濕氣變動量，降低室內生物性污染產生的風險，以夏季（7月份）搭配強制換氣策略12ACH，其可將黴菌發芽群組I之發生率降低94%，呈現最佳調濕效能。
Taiwan has a climate with a high temperature and humidity, which leads to high indoor moisture that causes biological pollutants. Moisture buffering materials are considered an efficient method for controlling the high indoor moisture. In this study, the hygroscopic characters of Western Red Cedar are investigated as parameters for numerical simulation. Additionally, the EMPD method is carried out using the program EnergyPlus to simulate moisture buffering performance at varying ventilation rates. Then, the Mold Germination Graph Method is used to evaluate the mold growth risk. The results show that Western Red Cedar can moderate the indoor moisture variation to decrease the mold germination rate. The evaluation results are especially significant in summer (July).
期刊論文
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5.Abe, S.(1956)。Studies on the classification of the Penicillia。Journal of General and Applied Microbiology Tokyo，2(1/2)，1-344。  new window
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8.Castellsague, J.、Sunyer, J.、Saez, M.、Anto, J. M.(1995)。Short-term association between air pollution and emergency room visits for asthma in Barcelona。Thorax，50(10)，1051-1056。  new window
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10.Hens, H.(1999)。Fungal defacement in buildings: A Performance related approach。HVAC&R Research，5(3)，265-280。  new window
11.Hukka, A.、Viitanen, H. A.(1999)。A mathematical model for mould growth on wooden material。Wood Science and Technology，33(6)，475-485。  new window
12.Itabashi, T.、Hosoe, T.、Toyasaki, N.、Imai, T.、Adachi, M.、Kawai, K.(2007)。Allergen activity of xerophilic fungus, Aspergillus restrictus。Arerugī，56(2)，101-108。  new window
13.Johansson, S.、Wadsö, L.、Sandin, K.(2010)。Estimation of mould growth levels on rendered façades based on surface relative humidity and surface temperature measurements。Building and Environment，45(5)，1153-1160。  new window
14.Li, Y.、Fazio, P.、Rao, J.(2012)。An investigation of moisture buffering performance of wood paneling at room level and its buffering effect on a test room。Building and Environment，47，205-216。  new window
15.Rowan, N.、Johnstone, C.、McLean, R. C.、Anderson, J.、Clarke, J.(1999)。Prediction of toxigenic fungal growth in buildings by using a novel modeling system。Applied and Environmental Microbiology，65(11)，4814-4821。  new window
16.Sheppard, L.、Levy, D.、Norris, G.、Larson, T. V.、Koenig, J. Q.(1999)。Effects of ambient air pollution on nonelderly asthma hospital admissions in Seattle, Washington, 1987-1994。Epidemiology，10(1)，23-30。  new window
17.Smith, G.(1931)。Aspergillus restrictus。Journal of the Textile Research Institute，22，115。  new window
18.Smith, S. L.、Hill, S. T.(1982)。Influence of temperature and water activity on germination and growth of Aspergillus restrictus and Aspergillus versicolor。Transactions of British Mycological Society，79(3)，558-560。  new window
19.Walters, S.、Phupinyokul, M.、Ayres, J.(1995)。Hospital admission rates for asthma and respiratory disease in the West Midlands: Their relationship to air pollution levels。Thorax，50(9)，948-954。  new window
20.Yeh, Y. C.、Tsay, Y. S.、Chiang, C. M.(2011)。Study on the performance and application of interior moisture buffering materials for the typical housing in Taiwan。Advanced Materials Research，250-253，3723-3729。  new window
21.Yoshino, H.、Mitamura, T.、Hasegawa, K.(2009)。Moisture buffering and effect of ventilation rate and volume rate of hygrothermal materials in a single room under steady state exterior conditions。Building and Environment，44(7)，1418-1425。  new window
22.Zhai, Z.、Johnson, M.、Krarti, M.(2011)。Assessment of natural and hybrid ventilation models in whole-building energy simulations。Energy and Building，43(9)，2251-2261。  new window
23.Zhang, H.、Yoshino, H.、Hasegawa, K.(2012)。Assessing the moisture buffering performance of hygroscopic material by using experimental method。Building and Environment，48，27-34。  new window
24.蔡耀賢、江哲銘(20090900)。臺灣氣候下室內調濕建材之適用性探討。建築學報，69，35-50。new window  延伸查詢new window
25.Andrade, C.、Sarria, J.、Alonso, C.(1999)。Relative humidity in the interior of concrete exposed to natural and artificial weathering。Cement and Concrete Research，29(8)，1249-1259。  new window
26.Hsieh, K. H.、Shen, J. J.(1998)。Prevalence of Childhood Asthma in Taipei, Taiwan, and Other Asian Pacific Countries。The Journal of Asthma，25(2)，73-82。  new window
27.Künzel, H. M.、Holm, A.、Zirkelbach, D.、Karagiozis, A. N.(2005)。Simulation of indoor temperature and humidity conditions including hygrotherrmal interactions with building envelope。Solar Energy，78(4)，554-561。  new window
28.吳佩芝、蘇慧貞、Lin, Chia-Yin(2000)。Characteristics of indoor and outdoor airborne fungi at suburban and urban homes in two seasons。The Science of the Total Environmental 2000，253(1-3)，111-118。  new window
29.Abe, K.、Nagao, Y.、Nakada, T.、Sakuma, S.(1996)。Assessment of Indoor Climate in an Apartment by Use of a Fungal Index。Applied and Environmental Microbiology，62(3)，959-963。  new window
30.Clarkea, J. A.、Johnstonea, C. M.、Kellya, N. J.、McLeana, R. C.、Andersonb, J. A.、Rowanb, N. J.、Smithb, J. E.(1999)。A Technique for the Prediction of the Conditions Leading to Mould Growth in Buildings。Building and Environment，34，515-512。  new window
會議論文
1.Griffith, B.、Crawley, D.(2006)。Methodology for analyzing the technical potential for energy performance in the U. S. commercial buildings sector with detailed energy modeling。SimBuild 2006 Conference。Cambridge, Massachusetts。  new window
2.Janssens, A.、Woloszyn, M.、Rode, C.、Sasic-Kalagasidis, A.、De Paepe, M.(2008)。From EMPD to CFD – Overview of different approaches for heat air and moisture modeling in IEA Annex 41。The IEA ECBCS Annex 41 Closing Seminar。Copenhagen, Denmark：Department of Civil Engineering, Technical University of Denmark。9-20。  new window
3.Ojanen, T.、Viitanen, H.、Peuhkuri, R.、Lâhdesmäki, K.、Vinha, J.、Salminen, K.(2010)。Mold growth modeling of building structures using sensitivity classes of materials。Thermal Performance of the Exterior Envelopes of Whole Buildings XI International Conference。Florida, USA：Oak Ridge National Laboratory。  new window
4.Sedlbauer, K.、Krus, M.、Zillig, W.、Kunzel, H. M.(2001)。Mold growth prediction by computational simulation。Indoor Air Quality 2001 Moisture, Microbes, and Heath Effects: Indoor Air Quality and Moisture in Buildings Conference, San Francisco。San Francisco, USA：ASHRAE。  new window
5.Tsay, Y. S.、Chiang, C. M.、Kato, S.、Ooka, R.、Huang, K. T.(2008)。Study on the moisture buffering effect and energy impact of interior materials in Taiwan。The World Sustainable Building Conference。Melbourne, Australia：Green Building Council Australia。2372-2377。  new window
研究報告
1.Kerestecioglu, A.、Swami, M.、Dabir, R.、Razzaq, N.、Fairey, P.(1988)。Theoretical and Computational Investigation of Algorithms for Simultaneous Heat and Moisture Transport in Buildings (計畫編號：FSEC-CR-191-88)。FL, USA：Florida Solar Energy Center。  new window
2.Rode, C.、Reuhkuri, R.、Mortensen, L. H.、Hansen, K. K.、Time, B.、Gustavsan, A.、Ojanen, T.(2005)。Moisture Buffering of Building Materials (計畫編號：Report BYG-DTU R-126)。Lyngby, DK：Department of Civil Engineering, Technical University of Denmark。  new window
3.Architectural Institute of Japan(2006)。The Testing Standard and data for Hygroscopic Properties of Materials (計畫編號：AIJES‐H001‐2006)。Tokyo。  new window
學位論文
1.Adan, O.(1994)。On the Fungal Defacement of Interior Finishes(博士論文)。Building and Planning Technische Universiteit Eindhoven, Eindhoven，The Netherlands。  new window
2.Moon, H. J.(2005)。Assessing Mold Risk in Buildings under Uncertainty(博士論文)。Georgia Institute of Technology，GA, USA。  new window
3.Chi, P. F.(2003)。Fungal Growth on Building Materials(碩士論文)。National Cheng Kung University。  new window
4.紀碧芳(2003)。受黴菌污染建材上之黴菌種類研究(碩士論文)。國立成功大學。  延伸查詢new window
圖書
1.Meyer, B.(1983)。Indoor Air Quality。MA, USA：Addison-Wesley。  new window
2.日本建築学会(2006)。湿気物性に関する測定規準・同解説--日本建築学会環境基準 AIJES‐H001‐ 2006。東京都：日本建築学会。  延伸查詢new window
3.Abadie, M.、Deblois, J. P.、Mendes, N.(2005)。A Comparison Exercise for Calculation Heat and Moisture Transfers Using TRNSYS and Power Domus。Paris, France：International Energy Agency。  new window
4.Hens, H.(2006)。Mold in dwellings: field studies in a moderate climate. Annex 41, Subtask 4, Kyoto Meeting。Paris, France：International Energy Agency。  new window
5.Stadler, M.、Firestone, R.、Curtil, D.、Marnay, C.(2006)。On-Site Generation Simulation with EnergyPlus for Commercial Buildings。CA, USA：Environmental Energy Technologies Division：Ernest Orlando Lawrence Berkeley National Laboratory。  new window
6.Chi, J. T.(1997)。Aspergillus and Related Teleomorph。Beijing：Chinese Academy of ScienceChinese Academy of Science, Science Press。  new window
其他
1.Central Weather Bureau of Taiwan(2010)。Statistics of Monthly Mean Relative Humidity (1981-2010)，http://www.cwb.gov.tw， 2011/10/15。  new window
2.IEA(1990)。Condensation and Energy: Guidelines and Practice(Annex 14)。，Leuven, Belgium：Laboratory for Building Physics。  new window
3.中央氣象局(2010)。中央氣象局1981-2010氣象統計資料，http://www.cwb.gov.tw， 2010/10/15。  延伸查詢new window
圖書論文
1.齊祖同(1997)。麴黴屬及其相關有性型。中國孢子植物誌之中國真菌誌。北京市：科學出版社。  延伸查詢new window
 
 
 
 
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