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International Building Simulation Conference 2009, Glasgow, Scotland. 

Contains 307 papers.

Volume content
Assessing the error from failure to account for urban microclimate in computer simulation of building energy performance

The paper examines the importance of using site-specific data in computer simulation of building energy performance. The CAT (Canyon Air Temperature)…

T.J. Williamson, Evyatar Erell and Veronica Soebarto
Application of CFD in building performance simulation for the outdoor environment

This paper provides a brief, non-exhaustive overview of the status of the application of CFD in building performance simulation for the outdoor…

Bert Blocken, Ted Stathopoulos, Jan Carmeliet, Jan Hensen
Numerical simulation of cold air jet attachment to non adiabatic walls

A jet of cold air is denser then ambient air but it adheres to the ceiling of the room over the given distance when it is blown horizontally close to it.…

Nikola Mirkov, Žana Stevanovic, Žarko Stevanovic
Building simulation of thermal environment using response factor analysed by three-dimensional CFD

Indoor climate has a three-dimensional spatial distribution caused by three-dimensional airflow. To obtain the accurate knowledge of building performance,…

Kyosuke Hiyama, Yoshihiro Ishida, Shinsuke Kato
A prototype mesh generation tool development for CFD simulations in architecture domain

Computational Fluid Dynamics (CFD) has been introduced to the architectural engineering and HVAC (Heating Ventilation and Air Conditioning) industry…

Rui Zhang, Yongjie Zhang, Khee Poh Lam, David H. Archer
Results from a CFD reference study into the modelling of heat and smoke transport by different CFD-practitioners

The paper describes results from a reference study that focuses on the application of the Computational Fluid Dynamics (CFD-) technique for heat and smoke…

Marcel Loomans, Tony Lemaire, Mirjam van der Plas
Sensitivity analysis of predicted convective heat transfer at internal building surfaces to diffuser modelling in CFD

As a cost-effective alternative to experiments, computational fluid dynamics (CFD) can provide new insight in airflow patterns and the related…

Kim Goethals and Arnold Janssens
Combining different levels of detail in modelling for an improved precision of HVAC plant simulation

In this article, we will present a new multi-level modelling approach to obtain higher precision in HVAC plant simulation models. For this purpose…

Manuel Ljubijankić and Christoph Nytsch-Geusen
A two-node heat and mass transfer network model for long-term simulation of void space of high-rise apartment houses equipped with gas-fired boilers

A simplified model was developed by use of thermal-ventilation network with the purpose of studying air environment in void space at the central portion of…

Tatsuo Nagai and Takashi Kurabuchi
Simple, fully featured boiler loop modelling

The performance of hot water space heating systems for mild to warm temperate climates is dominated by the efficiency of boiler operation at low…

Erica Kenna and Paul Bannister
A simple chiller model for hourly time step applications

For the use in Swiss standards on energy performance of cooled buildings, a chiller model for an hourly time step calculation was needed. Unlike…

Gerhard Zweifel
Preconditions for the use of simulation in M&E engineering

This paper reviews the current situation in M&E (services) engineering in the United Kingdom considering the use of simulation in the building design…

P. de Wilde and D. Prickett
Numerical study of the influence of the thickness and melting point on the effectiveness of phase change materials: application to the renovation of a low inertia school

The renovation of a building in terms of thermal insulation will improve the level of energy consumption in winter. To improve the summer …

Joseph Virgone, Jean Noël, Raymond Reisdorf
Numerical method for calculating latent heat storage in constructions containing phase change material

In Denmark, cooling of office buildings during summer contributes significantly to electrical consumption. The use of phase change material (…

Jørgen Rose, Andreas Lahme, Niels Uhre Christensen, Per Heiselberg, Magne Hansen, Karl Grau
A revised radiant time series (RTS) method for intermittent cooling load calculation

Most of commercial buildings are intermittently operated in practice. The use of the Radiant Time Series (RTS) method based on the continuous air-…

Mingxian Cui and Tingyao Chen
Performance prediction on the finned-tube dry cooler in winter period

A mathematical model is presented to predict the behaviour of condensation and frost formation on heat transfer surfaces by simultaneously…

Bing Yu, Xichun Wang, Peter Luscuere
Management strategy for improving the energy efficiency of a ground coupled HVAC system

In this work, we present a new managament strategy for a ground coupled HVAC system in a cooling dominated office area. The idea is disminish the…

N. Pardo1, Á. Montero, A. Sala, J. Martos and J.F. Urchueguía
Simulation of passive down-draught evaporative cooling (PDEC) systems in EnergyPlus

This paper discusses the development of a new module in EnergyPlus that predicts the cooling performance of PDEC towers with sprays. It introduces an…

Daeho Kang and Richard K. Strand
Modeling and experiment analysis of variable refrigerant flow air-conditioning systems

This study developed a component-based gray-box model for variable refrigerant flow (VRF) airconditioning systems to simulate and predict the…

Xuhui Wang, Jianjun Xia, Xiaoliang Zhang, Sumio Shiochi, Chen Peng, Yi Jiang
Modelling of hydraulic circuits for different heat pump systems in low energy building

The present paper describes heat pump systems and their energy efficiency. In the first part of the paper the modelling of heat pump system is presented. In…

Joachim Seifert, Wojciech Kozak and Wolfgang Richter
Showing 241 to 260 of 307. Page 13 of 16