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Chapter 7 The Program for Strategic Use of Advanced Large Research Facilities
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IPCC AR4 A1B4
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, , 50 12 , pp.27–32,
, 1998.
2)
, , 552, 21–27,
2002.
3) K-1 Model Developers: K-1 coupled model (MIROC)
description. K-1 Technical Report 1 [Hasumi, H. and S.
Emori (eds.)], Center for Climate System Research,
University of Tokyo, Tokyo, Japan, 34pp., http:
//www.ccsr.u-tokyo.ac.jp/kyosei/hasumi/MIROC/tech-
repo.pdf, 2004.
4)
, ,
Vol.15, No.6, 6–8, 2004.
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1981–2000, , 2005.
6) , 15
, pp.35–42,
, 1985.
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Annual Report of the Earth Simulator Center April 2005 - March 2006
Development of Environment Symbiosis Urban PlanningMethod with Whole Building Environment Simulation
Project Representative
Akira Urano Technology Center, Taisei Co. Ltd.
Authors
Akira Urano 1, Shin-ichi Nanai 1, Noriaki Nishikawa 2, Yuichi Hirokawa 2, Yasushige Morikawa 1 and Masayuki Oguro 1
1 Technology Center, Taisei Co. Ltd.
2 Japan Agency for Marine-Earth Science and Technology
This study simulated the air flow of natural ventilation of the building with C.F.D. (computational fluid dynamics) in out-
door wind environment and indoor thermal environment. As the result, that the effect of the detailed object shape on air flow
was reproduced by the large-scale analysis using the earth simulator. The analysis proved the effect for the examination of the
natural ventilation of the building.
In addition, we made typical year meteorological data for air-conditioning thermal load calculation considering the effect of
climate change under global warming using the warming prediction output of existing research. With that data, it is simulated
that air-conditioning thermal load of the office building after 50 or 100 years was increased.
Keywords: air-conditioning, C.F.D., Global warming, heat load simulation, natural ventilation