LoginEven though simulation is being increasingly used in design of modern buildings, the full potential of simulation is usually not achieved.
IBPSA 2003 - Eindhoven, Netherlands
International Building Simulation Conference 2003, Eindhoven, Netherlands.
Contains 190 papers.
Volume content
Using whole building simulation models and optimizing procedures to optimize building envelope design with respect to energy consumption and indoor enviroment | 2003 | English
Numerical simulation of buildings thermal behavior and human thermal comfort multi-node models | 2003 | English
In this work two numerical models are presented. The first one simulates the buildings thermal response and evaluates the internal air quality, while the second one simulates the human and clothing thermal systems and calculates the thermal comfor
The validation and development of turbulence models are still important issues related to Computa- tional Fluid Dynamics for ventilation purposes. The present work continues the work initiated by (Voigt, 2002).
This paper describes the application of a building simulation program to construct a decision-support tool for use by policy makers addressing the needs of the Scottish domestic housing sector.
Experimental studies in building energy usage and environmental analysis are very time consuming and expensive, and require sophisticated sensors and instrumentation techniques.
The barriers to simulation deployment in design practice are well documented.
The purpose of this research is to develope a simplified method to predict the relationship between the design of architecture envelope and the air- conditioning load in Taiwan.
Procedures for calculation of NOx emissions reduction from implementation of the 2000 IECC/IRC conservation code in Texas | 2003 | English
Four areas in Texas have been designated by the United States Environmental Protection Agency (EPA) as non-attainment areas because ozone levels exceed the NAAQS1 maximum allowable limits.
Hourly energy simulation was used in combination with a life cycle assessment framework to model the environmental effects of energy consumption in buildings.
Present international standard for thermal comfort such as ASHRAE Standard 55 and ISO 7730 were developed to serve as a guideline for moderate thermal environments e.g. mechanically air- conditioned spaces [CEN ISO 1995].
Since buildings have a predominant impact on the global climate change and other environmental issues, it has become necessary to consider environmental performance in building design.
The performances of air conditioning equipments, like heat pumps, chillers or air conditioners, derive not only from the operative thermal levels, but also from the building requirement trend which normally involves frequent reductions of t
Testing the energy simulation building model of Consoclim using bestest method and experimental data | 2003 | English
Consoclim is a building energy simulation software package which aims to simplify the input data. The building is modelled by only one capacity and five resistances.
Preliminary study on an estimation method for annual solar irradiance at varius geographial altutudes | 2003 | English
A preliminary investigation is made into the global variation in irradiance under the Clear, the Intermediate (partly cloudy) and the Overcast sky conditions (Nakamura et. al., 1986, 1987).
This paper presents a simulation study employed for the optimization of the building envelope for a new university building located in Montreal (latitude 450N).
This paper describes modelling and simulation of a space with radiant cooling ceiling (CC). The computer model represents a test chamber, which is located in a laboratory of the Department of Environmental Engineering in Prague.
This paper draws the attention to the importance of a correct modelling of the inlet temperature of naturally and mechanically ventilated multiple-skin facades.
Shape factor calculation and visualization for the influence of the thermal enviroment on the human body | 2003 | English
The purpose of this paper is to explain the indoor thermal radiation environment of the human body in detail. Using a 3-D human body model, shape factor calculations between a human body and surroundings are executed.
This article presents a one-dimensional model of spray vaporization that can be easily used in thermal performance simulations of buildings.
Predicting human geometry-related factors for detailed radiation analysis in indoor spaces | 2003 | English
In this study, formulae for predicting projected area factors and view factors of individual body parts of standing and sedentary humans for detailed radiation analysis were developed.