International Building Simulation Conference Australia, 1993.

Contains 72 abstracts.

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The aim of this paper is to describe the work currently under way at CSTB in the frame of the project 'Intelligent Sitnulation Environments'.
Roger Pelletret, Souheil Suobra, Keilholz, Werner, Zakaria Belghali
This paper examines the application of simulation tools to daylighting and heating energy use in the context of what questions the designers wish to ask and what answers they seek.
Mike Donn, Robert Amor, Nigel Isaacs, John Hosking
Me design of a fuzzy rule-based controller for the mixing-box of an air-handling unit is used to demonstrate how data obtained by computer simulation can be used to generate the rules.
A. L. Dexter, M. E. Hawkins
The simulation of temperature and pressure development in the ventilation systems of an offshore oil platform during the initial phase of afire has been carried out using the IDA solver (IDA 1991).
Kjell Kolsaker
This paper describes a number of issues which building modelling must take into account if it is! to he used as a tool in government policy making and regulatory frameworks.
Alan Pears
This paper describes the modelling and the experimental validation under ALLAN.TM Simulation software³ of a dwelling subjected to actual indoor and outdoor conditions.
Alexandre Jeandel, K. Boulkroune,Y. Candau, G. Piar
This paper describes ongoing research toward the development of simplified techniques for the prediction of air movement in large, naturally ventilated spaces containing hot and/or cold surfaces.
Paul Cooper
An overview of the principles used to develop productive interfaces is presented, and afresh approach to the design and use of Simulation Systems is suggested.
Paul Taplin
The conceptual theory and qualitative structure of a model for the evaluation of life safety in building fires is presented The model is based on a hierarchical framework, which is then overlain with an interactive network to represent the inter?r
A. John Hinks
This paper addresses the development of a prototype system for energy building simulation by coupling commercially available CAD systems for architecture to numerical computational methods.
J. M. S. Dionisio
The Energy Kernel System is an advanced machine environment intended to foster the collaborative development of the next generation of performance assessment programs.
J.A. Clarke, D. F. Mac Randal
In this paper we present computational experiments on the efficiency of partitioning of domains on the speed of simulation runs with an object-based solver.
Jean-Michael Nataf, Rolf Ebert
From a structural perspective, the question is whether temperature changes during the lifetime of a building are sufficient to affect its integrity.
Malcolm J. S. Hirst
In this paper the availability of weather data in Australasia in terms of both hourly data for energy simulations and synthesized design day data for cooling and heating load estimation is discussed.
M. Trevor Kingston, Murray D. Mason
A new method to simulate the daylight performance of fenestration systems and spaces is presented.
K. Papamichael, L. Beltran
This paper describes the recent, current and projected uses of building energy simulation software. Limitations of the currently available software are discussed. Suggestions as to the formal of future programs
Stephen K. Logan
Field measurements of the thermal performance of five low cost houses in Malaysia were carried out. Thermal simulation tests were performed on two of the houses, a traditional Malay village house, and a modem urban Cluster-Link house.
P. J. Jones, D. K. Alexander, M. Rahman
After a short description of the physical phenomena involved, unified expressions are worked out describing net airflow and net heat flow through large vertical openings between stratified zones.
J.L.M. Hensen, J. van der Maas
Developed in this study is the computer simulation program which can predict the temperature and humidity variation in multiroom of a residence, especially under variable opening conditions such as doorway open or close according to inhabitants be
Tsuchiya Takao, Sakano Kazumi
The technical systems of buildings have become increasingly complex during the last years. This has led to new challenges both in developing tools for operation, monitoring, fault detection and optimal dynamic control of the systems.
Ilari Aho, Mingzhe Xu, Juhani Hyvarinen

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