International Building Simulation Conference 1999, Kyoto, Japan.

Contains 177 papers

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When some faults take place in a thermal storage HVAC system, changing pattern of the temperature profiles of the thermal storage tank is useful to infer where some faults exist.
Song Pan, Mingjie Zheng, Nobuo Nakahara
A practical way to estimate the accuracy of sound field analysis by the finite element method in building environments is presented here.
Toru Otsuru and Reiji Tomiku
In  order  to  evaluate  the  air  conditioning  system performance in terms of control, comfort and energy conservation, this paper presents an approach to modeling automatic control process in a typical conditioned space of an office building.
Jun Cui, Toshiyuki Watanabe, Yuji Ryu, Yasunori Akashi and Norimitsu Nishiyama
The purpose of this study is designing a hybrid system which is a combination of radiant cooling and low temperature air conditioning integrated with ice stor- age system.
Masafumi Kondo, Naoko Matsuki, Yukio Nakano, Toshiyuki Miyanaga, Tatsuo Oka
It is important to apply the natural light effectively for the low energy consuming daylighting design.
Norio Igawa, Hiroshi Nakamura and Kunio Matsuura
This  work  has  allowed  to  test  different  model improvement tools, by applying them on two building models. At the close of this study, an important point concerning the capability of the CLIM2000 software program to perform exact derivative
Nadia Rahni, Nacim Ramdani, Yves Candau, Gilles Guyon
This article presents the SIM-FAST software : it is a tool which allows to evaluate the energy consumption and the financial cost of French buildings in the Residential sector.
Francis Déqué, Laurent Catusse and Sophie Castanet
Air-conditioning systems with floor thermal storage can be used for cutting peak load and utilizing nighttime electric power.
Jung Jaehoon, Hokoi Shuichi and Urabe Wataru
It is necessary to predict the load of the following day and hours to establish optimal thermal storage.
Nobuo Nakahara, Mingjie Zheng, Song Pan, Yoshihiko Nishitani
The  Simulation  Problem  Analysis  and  Research Kernel (SPARK) uses graph-theoretic techniques to match equations to variables and build computational graphs, yielding solution sequences indicated by needed data flow.
Edward F. Sowell, Philip Haves
In order to explain the effect of ventilation systems and airtight performance of houses in detached houses, the investigation was made on a simulation program which calculates the ventilation rates and indoor air quality.
Motoya Hayashi, Masamichi Enai, Yoshiko Hirokawa
In this article, we present the dynamic modelling of a heating and air conditioning small output installation in a residential building. The main aim of this modelling study is to acquire a better knowledge of all phenomena which govern the behavi
Marie-Hélène Jacquard
The operation of technical building devices demands a lot of heating, cooling and electric energy. This also causes monetary costs and pollutant emission as well.
Gottfried Knabe, Clemens Felsmann
This paper proposes useful techniques of regression analysis to estimate regional water temperatures for the optimum design of the hot water supply system.
Minako Nabeshima and Kazuo Emura
In  this  paper   a   new  method  called  TSM  was presented to analyze wind effect on high-density building areas. With TSM, a software named WEATHER is developed based on STACH-3.
Bin Zhao, Ying Li, Xianting Li and Qisen Yan
A building simulation program has been developed and a model of a standard Swedish single family house has been built up. The model uses an explicit finite-difference method to calculate the temperatures of the next time step.
Svein H. Ruud and Per Fahlén
The Florida Solar Energy Center (FSEC) is developing a new software (EnergyGauge USA) which allows simple calculation and rating of energy use of residential buildings around the United States.
Danny S. Parker, Paul A. Broman, John B. Grant Hugh I. Henderson Lixing Gu, Michael T. Anello, and Robin K. Vieira
Interoperability among software tools that are used in building design can make the use of building energy simulation tools more frequent and more effective.
Vladimir Bazjanac, Drury B. Crawley
This paper is focused on the development of measuring equipment of Effective Leakage Area (ELA) by AC pressurization method. The formula to design the measuring system is derived according to the governing equation of the leakage, e.g.
Yuko Watanabe, Hiroshi Kobayashi and Yasuo Utsumi
The purpose of this study was to evaluate the capabilities of four energy analysis software to predict the energy performance of an existing house. The discussion covers: (i) the modelling-related issues, and (ii) the impact of modelling accuracy
R. Zmeureanu, J. Brau L. Bernard, Y. Vlym, F. Mordel, F. Timores

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