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International Building Simulation Conference 2003, Eindhoven, Netherlands.

Contains 190 papers.

Volume content
Analysis of the typical meteorological year (TMY) of cyprus and house load simulation

The objective of this paper is to present an analysis of the weather data contained in a Typical Meteorological Year (TMY) and observe the effect…

George Florides, Soteris Kalogirou, Kyriacos Theophilou and Evangelos Evangelou
Design and testing of a control strategies for a large, naturally ventilated office building

The  design  for  the  new Federal  Building  for  San Francisco includes an office tower that is to be naturally…

Carrilho da Graça G., Linden P. F., Mcconahey E., Haves P.
Building integrates photovoltaics in a thermal building simulation tool

A simple approach for calculation of the electrical yield from building integrated PV (photovoltaic) systems has been implemented in BSim2002 - a…

Kim B. Wittchen
Computational building models: theme and four variations

Building design and operation processes can be supported by many kinds of models, from traditional architectural scale models to computer-…

Ardeshir Mahdavi
Application of data mining techniques for building simulation performance preditic analysis

Simulation exercises covering long periods (e.g.. annual simulations) can produce large quantities of data. The result data set is often primarily…

Christoph Morbitzer, Paul Strachan and Catherine Simpson
Design of building parameters by means of theory of tolerances

The  paper  describes  the  use  of  the  theory  of tolerances in thermal network models that are built as…

Dalibor Vytlacil
Building morphology, transparence, and energy performance

Certain energy-related building standards make use of simple numeric indicators to describe a building's geometric compactness. Typically, such…

Werner Pessenlehner and Ardeshir Mahdavi
Computational support for the selection of energy saving building components

This   paper   summarizes   a   PhD project   that   is currently under completion at Delft University of Technology…

P. de Wilde and M. van der Voorden
Application of the spark kernel

In the mid 1980s the monolithic nature of building energy simulation programs led to proposals for development of so-called "kernel systems," i.e., software…

Edward F. Sowell, Michael A. Moshier
Design tool for the thermal energy potential of asphalt pavements

This paper describes the development of a design tool for the calculation of the thermal energy potential of a so-called asphalt collector. Two types…

Marcel Loomans, Henk Oversloot, Arian de Bondt, Rob Jansen and Hans van Rij
Building simulation as an aide to design

                

Mark Chown
A validation suite for fuel-fired furnace models

Validation is the key when attempting to instill confidence in a building simulation tool. The user expects that the underlying algorithms are…

Julia Purdy and Ian Beausoleil-Morrison
Computer simulation of solar radiation received by curved roof in hot-arid regions

This paper is part of continuing research aimed at exploring the relationship between the amount of solar radiation received by a curved roof and its…

Ahmed A. B. Elseragy, Mohamed B. Gadi
Applying computacional simulation results to the development of a design method for daylighting design and regulation in high-density cities

Daylight design for “extremely” obstructed urban environment is a relatively uncharted area of study. No city in the world has an urban density as high as…

Ng Edward
Determining the feasibility of cogeneration using doe-2.1E for teh John G. Shedd aquarium and oceanarium

The Energy Resources Center at the University of Illinois at Chicago conducted an energy assessment of the John G. Shedd Aquarium and Oceanarium to…

Christine E. Walker and Michael J. Chimack
Calibrating models for simulation use in design practices

When making design decisions, which can impact on building capital cost and performance, the design team has to be confident that the simulation…

Mark Tamburrini, David Palmer and Iain A Macdonald
Advanced simulation of building systems and control with simulink

The paper presents the advanced use of S-Functions, facilitated by the Matlab/SimuLink environment. An existing indoor climate model is…

A.W.M. (Jos) van Schijndel and M.H. (Martin) de Wit
Computer simulation of thermal impact of air infiltration through multilayered exterior walls

Convective  air  circulation  occurring  through  wall layers is frequently observed in building envelopes. Significant…

Chebil S., Galanis N., Zmeureanu R
Ardot: a tool to optimise environmental design of buildings

Environmental design of buildings involves ‘finding the optimum’ solution satisfying predefined objective(s) (e.g., reduction in operating/capital…

Monjur Masum Mourshed, Denis Kelliher, and Marcus Keane
Development and sizing of a multicriterion facade element throught different luminous, thermal and airflow tools

People that work in office buildings have new needs in terms of comfort within their work place. We suggest to develop a multicriteria office cell…

Virginie Meunier and Marjorie Musy
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