まとめ

第２章 集合住宅における緑のカーテンによる温熱緩和に関する研究

38 参考文献

1) Kontoleon, K. J.，Eumorfopoulou, E. A.：The effect of the orientation and proportion of a plant-covered wall layer on the thermal performance of a building zone，Building and Environment，45，pp. 1287-1303，2010.

2) Perini, K.，Ottelé, M.，Fraaij, A. L. A.，Haas, E. M.，Raiteri, Rossana：Vertical greening systems and the effect on air flow and temperature on the building envelope，Building and Environment，46，pp. 2287-2294，2011.

3) Perini, K.，Ottelé, M.，Haas, E. M.，Raiteri, R.：Greening the building envelope, façade greening and living wall systems，Open Journal of Ecology，1，pp. 1，2011.

4) Susorova, I.，Azimi, P.，Stephens, B.：The effects of climbing vegetation on the local microclimate, thermal performance, and air infiltration of four building facade orientations，Building and Environment，76，pp. 113-124，2014.

5) Koyama, T.，Yoshinaga, M.，Hayashi, H.，Maeda, K.，Yamauchi, A.：Identification of key plant traits contributing to the cooling effects of green façades using freestanding walls，Building and Environment，66，pp. 96-103，2013.

6) Cameron, R. W. F.，Taylor, J. E.，Emmett, M. R.：What's ‘cool’in the world of green façades? How plant choice influences the cooling properties of green walls，Building and Environment，73，pp. 198-207，2014.

7) Hunter, A. M.，Williams, N. S. G.，Rayner, J. P.，Aye, L.，Hes, D.，Livesley, S. J.：

Quantifying the thermal performance of green façades: a critical review，Ecological Engineering，63，pp. 102-113，2014.

8) Eumorfopoulou, E. A.，Kontoleon, K. J.：Experimental approach to the contribution of plant-covered walls to the thermal behaviour of building envelopes，Building and Environment，44，pp. 1024-1038，2009.

9) Köhler, M.：Green facades—a view back and some visions，Urban Ecosystems，11，

pp. 423，2008.

10) Ip, K.，Lam, M.，Miller, A.：Shading performance of a vertical deciduous climbing plant canopy，Building and Environment，45，pp. 81-88，2010.

11) Kato, M.，Kuwasawa, Y.，Ishii, N.，Hino, K.，Hashimoto, T.，Ikeda, K.：The cooling effect of green curtain on the indoor thermal environment in the apartment building，

Journal of the Japanese Society of Revegetation Technology，38，pp. 39-44，2012.

12) Inoue, H.，Nishizaka, Y.：Consciousness analysis for growing green curtain using keygraph and its application to social research，Proceedings of the Fuzzy System Symposium，28，pp. 773-778，2012.

第２章 集合住宅における緑のカーテンによる温熱緩和に関する研究

13) Suzuki, H.，Kato, M.，Kuwasawa, Y.，Fujita, S.：The thermal environment improvement effects of a green curtain on an outdoor balcony using the indices of SET* and PMV，

Journal of the Japanese Society of Revegetation Technology，41，pp. 175-180，2015.

14) Kato, M.，Ishii, N.，Kuwasawa, Y.，Hashimoto, T.，Kurihara, M.：The influence of visual stimulation by installing green curtain on the evaluation of indoor thermal environment，AIJ Journal of Technology and Design，22，pp. 559-564，2016.

15) Wong, I.，Baldwin, A. N.：Investigating the potential of applying vertical green walls to high-rise residential buildings for energy-saving in sub-tropical region，Building and Environment，97，pp. 34-39，2016.

16) Rijal, H. B.，Humphreys, M. A.，Nicol, J. F.：Adaptive model and the adaptive mechanisms for thermal comfort in Japanese dwellings，Energy and Buildings，202，

pp. 109371，2019.2019/11/01/

17) Rijal, H. B.，Humphreys, M. A.，Nicol, J. F.：Development of a window opening algorithm based on adaptive thermal comfort to predict occupant behavior in Japanese dwellings，Japan Architectural Review，1，pp. 310-321，2018.

18) Maki, H，Sakakibara, Y，Hisanaga, N：Preliminary investigation on the effect of wall greening on classroom temperature and humidity，Iris health : the bulletin of Center for Campus Health and Environment, Aichi University of Education，10，pp. 43-56，

2011.

19) Nakamura, M，Sakakibara, Y，Ota, K，Hisanaga, N：Effect of measures against westering sun using green curtain on indoor thermal environment，Iris health : the bulletin of Center for Campus Health and Environment, Aichi University of Education，

11，pp.41-45，2012.

20) Suzuki, H.，Kato, M.，Fujita, S.：Estimating the effects of green curtain on improving the thermal environment using the indices of MRT and WBGT，Journal of the Japanese Institute of Landscape Architecture，78，pp. 505-510，2015.

21) Suzuki, H.，Kato, S.，Fujita, S.：The effects of green curtain on improving thermal environment estimating surface temperature and solar radiation， Journal of the Japanese Institute of Landscape Architecture，79，pp. 459-464，2016.

22) Narita, K.：Effects of green curtains on the thermal environment of the classroom，

Papers on environmental information science，21，pp. 501-506，2007.

23) Okushima, L.，Kaiho, A.，Ishii, M.，Moriyama, H.，Sase, S.，Takakura, T.：Comparative analysis of Green curtain cooling effects，Climate in Biosphere，14，pp. 10-17，2014.

24) Igarashi, T.，Fujii, H.，Takahashi, I.，Kai, T.：Field survey on cooling realization process of apartment houses exploring greening method part 2. Substance quantity and

40

consciousness about indoor thermal environment，Summaries of technical papers of annual meeting, Architectural Institute of Japan，pp. 517-518，2008.

25) Kato, S.，Kuwasawa, Y.，Ishii, Y.，Okeno, K.，Hashimoto, T.，Ikeda, K.：Study on the improvement effect of the thermal environment of green curtains in apartment houses，

Journal of the Japanese Society of Revegetation Technology，38，pp.39-44，2012.8.31 26) 国土交通省住宅局市街地建築課マンション政策室：平成 30年度マンション総合調査結

果の概要，市街地再開発，pp.34-40,2019/06

27) The Building Research Institute (BRI: National Research and Development Agency)：

Investigation on living and equipment status of apartment houses，Architecture research materials，155，pp.577，2016.6

28) 坊垣和明，吉田一居，三神彩子，リジャル H. B.，阿部寛人：家庭内における省エネル ギー行動と意識に関する研究 その１１ エネファーム設置マンションにおけるエネ ルギー消費実績に関する分析，空気調和・衛生工学会大会 学術講演論文集，2018，

pp.265-268，2018.2018

29) 環境省，：グリーンカーテンに関するアンケート結果，2014/3