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International Building Simulation Conference 2009, Glasgow, Scotland. 

Contains 307 papers.

Volume content
Development of a simulator for the urban environmental load prediction using system dynamics

In this study we are investigating the urban environment, including complicated social dynamics, as the “urban system”. We have developed a simulator…

Tomohiro TAKAI, Toshiyuki WATANABE, Yasunori AKASHI, Masato MIYATA, Tadahide SUGITA and Ayu TERACHI
The provenances of your simulation data

This paper proposes a set of principles for an international database of building materials that would meet Quality Criteria for use in building performance…

Michael Donn, Drury Crawley, Jon Hand, Andrew Marsh
The development of a solar house design tool

Building designers need design tools that enable them to rapidly explore the energy performance implication of early design decisions.  The tools…

William O’Brien, Andreas Athienitis, Ted Kesik
Live energy TRNSYS – TRNSYS simulation within google SketchUp

With the current focus on energy performance certification, factors such as increased and unstable fuel prices and consequent heating and electrical costs…

Malcolm C Murray, Neil Finlayson, Michaël Kummert, John Macbeth
“Parallel” EnergyPlus and the development of a parametric analysis tool

Parametric analysis is a powerful method for exploring alternative design options and establishing variable dependency therefore design guide. The text-…

Yi Zhang
Model-adaptive analysis of indoor thermal comfort

We address the model-adaptive coupling between computational codes for indoor thermal comfort analysis considering different levels of detail in space and…

Christoph van Treeck, Jérôme Frisch, Martin Egger and Ernst Rank
Simulating the effect of complex indoor environmental conditions on human thermal comfort

This paper describes the methods developed to couple a commercial CFD program with a multi-segmented model of human thermal comfort and physiology. A…

Paul C Cropper, Tong Yang, Malcolm J Cook, Dusan Fiala and Rehan Yousaf
Heat and moisture transfer through clothing

The UC Berkeley Comfort Model is a helpful simula-tion tool for the assessment of thermal comfort in non-uniform environments. A major element of the model…

Conrad Voelker, Sabine Hoffmann, Oliver Kornadt, Edward Arens, Hui Zhang and Char-lie Huizenga
Coupling outer-body airflow and inner-body thermoregulation models to predict thermal comfort in non-uniform environments

In this study, we developed a numerical thermal manikin (NTM) with inner-body thermoregulation functions to investigate the local and overall thermal…

Gao Naiping, Niu Jianlei, Zhang Hui
Methodology and toolkit for the assessment and selection of LZC technologies in the building design process

The advent of environmentally driven building regulations, rising energy costs, and heightened client awareness of energy-related issues has increased the…

Yaseen Waseem, Nick Kelly, Tom Scanlon, Neil Hall
Evaluation of environmental impacts of buildings with Lesosai 6

This paper focuses on the environmental impacts assessment module recently implemented in an energy balance tool. It describes the data and the methodology…

Didier Favre, Stéphane Citherlet
Development of a high-performance office building simulation model for a hot and humid climate

This paper presents the results of implementing 14 high-performance measures in a prototypical office building in a hot and humid climate using the DOE-2…

Soolyeon Cho and Jeff S. Haberl
Ventilation operation in hospital isolation room: A multi-criterion assessment considering organizational behaviour

Guidelines for isolation rooms in hospitals require keeping these rooms at negative pressure differential, but the guidelines do not impose a particular…

Sean Hay Kim and Godfried Augenbroe
Simulation in the service of design – asking the right questions

This paper proposes an approach to the creation of design tools that address the real information needs of designers in the early stages of design of non-…

Michael Donn, Steve Selkowitz, Bill Bordass
The architect as performer of energy simulation in the early design stage

Despite the software developments intended to facilitate the use of energy simulation programs by architects in the early design stage, a very limited…

Suhas Bambardekar, Ute Poerschke
Thermal analysis of a data centre cooling system under fault conditions

This paper describes the modelling and analysis of a 5 MW chilled water plant used for the cooling of a recently constructed data centre in the UK. The…

Michaël Kummert, William Dempster, Ken McLean
Development of a thermally robust school outline design for the different climate regions of Turkiye

This paper presents the development of a novel school outline design, which can be applied in the different climate zones of Turkiye, underpinned by…

Gülsu Ulukavak Harputlugil, Pieter de Wilde, Jan Hensen and Gülser Çelebi
First experiences using climate scenarios for the Netherlands in building performance simulation

In the beginning of 2008 the new Dutch standard NEN 5060:2008 (NEN,2008) was published (status is still ‘preliminary’). The standard contains four new…

Wim Plokker, Janneke Evers, Christiaan Struck, Aad Wijsman and Jan Hensen
Modelling climate change adaptation measures to reduce overheating risk in existing dwellings

Overheating during hot summers is a major risk which will increase under climate change. Thermal dynamic modelling is used to compare the current…

Rachel Capon and Jake Hacker
Development of support tool for thermal and luminous environmental design in outdoor and semi-outdoor living space using numerical analysis

The purpose of this study is to develop a design support tool by combining a thermal environment simulation with a luminous environment simulation for urban…

Kazuaki Nakaohkubo and Akira Hoyano
Showing 121 to 140 of 307. Page 7 of 16