International Building Simulation Conference 2001, Rio de Janeiro, Brazil.

Contains 153 papers

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The combinations of parameter effecting optimum energy consumption and good open view for designing side-window of office buildings are proposed.
S. Chungloo, B. Limmeechokchai and S. Chungpaibulpatana
COMIS simulates multizone airflow and pollutant transport. It has been developed in an international context at LBNL and within IEA Annex 23.
Viktor Dorer, Anne Haas, Werner Keilholz, Roger Pelletret, Andreas Weber
This paper contains the results of an on-going collaborative research effort by the departments of Architecture and Computer Science of Virginia Polytechnic Institute and State University, U.S.A., to develop a computer visualization application fo
Mehdi Setareh, Doug A. Bowman and Pradeep Tumati
This article introduces building simulation in conjunction with a HVAC system, especially a split system, considering thermal and moisture behaviors of the perimeter walls.
Gottfried Knabe and Huu-Thoi Le
The use of daylighting in buildings can be an improvement when trying to enhance the environmental quality and the energy efficiency of them.
Aldo Fanchiotti, Claudia Amorim
We describe a mathematical model applied to analysis of hygrothermal behavior of buildings.
Nathan Mendes and Gerson H. dos Santos
CODYBA is a software addressed to designers, teachers and research organisms. This software determines the energetic fluxes of a building zone. The basic data are the zones geometry and constitution.
Jean NOEL, Jean-Jacques ROUX, Paulo Smith SCHNEIDER
Future cities are likely to be characterised by a greater level of renewable energy systems deployment.
Born F J, Clarke J A and Johnstone C M
Estimating  relative  humidity  from  outdoor  air temperature and humidity, and indoor air temperature is a means to assess thermal comfort conditions when indoor relative humidity is not available.
Eduardo L. Krüger
Horizontal and vertical brises soleil are dominant elements in the modernist tropical architecture.
Michael Laar
The energy efficiency of switchable (variable transmittance) windows having a control system based on occupancy, temperature and impinging solar radiation is evaluated.
J. Karlsson
This paper reports on the progress of the S2 project. This is an ongoing effort toward an Internet-based environment for distributed collaborative performance-based building design and evaluation.
K. P. Lam,A. Mahdavi, R. Brahme, Z. Kang, M. E. Ilal, N.H. Wong, S. Gupta, K. S. Au
This paper deals with comparison between the CFD method and the zonal one, and also model experimental validation. The zonal method consists of a dwelling decomposition in several isothermal air zones, in contact with walls. 
Mohammedi Mehdi, Lainault Franck, Frederic Milcent, Jean-Pierre Petit
This paper describes the modelling and simulation work that was carried out to support the design team of the new "Indonesian Jungle" pavilion in Prague Zoo.
Martin Bartak, Frantisek Drkal, Jan Hensen, Milos Lain
The    eXtensible Markup Language (XML)  has recently become  the W3C  Standard      for commu nicating   data   over   the   Internet.
Krishnan Gowri
In object based models, conversion becomes necessary when there is a mismatch among the representations of same physical quantity at the ports of different objects that need to be connected.
Edward F. , Michael A. Moshier, Ender Erdem
The paper is focused on the application of the simulation in the field of the space heating systems, based on the infrared radiant heaters. In the first part is preview of different sw packages.
Karel Kabele, Zuzana Krtková
The modeling of convective flows with 3D lattice Boltzmann fluid dynamics is presented using a lattice BGK approach for low Mach number flows with variable density combined with a large eddy turbulence model.
C. van Treeck, M. Krafczyk, S. Kühner, E. Rank
We present an advanced formulation of zonal models for calculating indoor air temperature and flow distributions in buildings. Our modeling is based on  modularity:
Wurtz Etienne, Musy Marjorie, Sergent Anne