International Building Simulation Conference 2013, Chambéry, France. 

Contains 470 papers.

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In this paper, the effect of the windows shading systems both on visual and thermal comfort and on the total building energy needs (for heating, cooling and artificial lighting) has been analyzed.
Anna Maria Atzeri, Francesca Cappelletti, Andrea Gasparella, Athanasios Tzempelikos
Designing Net Zero Energy Buildings (Net ZEB) requires extensive work to identify a suitable combination of energy efficiency measures and energy generation technologies that will enable a building to satisfy its annual energy needs.
Diane Bastien, Jonathan Leclere, Antonio Soares
Completed in early 2012, the showcase Tyree Energy Technologies Building (TETB) is the new home for several energy research groups at the University of New South Wales.
Francoise Burgun, Jose Bilbao, Alistair Sproul, Lester Partridge, Peter Lowndes, Julie Pardon
In this paper, a framework that couples energy modeling with building information models (BIM), building automation systems and occupancy data is developed using a distributed computing environment based on the principles defined in the High-Level
Carol C. Menassa, Vineet R. Kamat, SangHyun Lee, Elie Azar, Chen Feng, Kyle Anderson
The presented work is devoted to the analysis of thermal comfort indexes in highly glazed buildings under different weather conditions.
Dominika Knera, Dariusz Heim
OpenStudio development efforts have focused on providing application programming interfaces (APIs) that enable users to extend OpenStudio without compiling the open source libraries.
Nicholas Long, Brian Ball, Larry Brackney, David Goldwasser, Andrew Parker, Jennifer Elling, Oliver Davis, Dale Kruchten
Our research group has been working on modeling of occupant behavior relating to window and air conditioner usage for energy simulation of residential buildings.
Hiromi Habara, Rakuto Yasue, Yoshiyuki Shimoda
This study presents 2D numerical simulations of natural ventilation in a room equipped with two openings, one low and one high. The main features are commented in terms of flow and heat transfer.
Sébastien Wullens, Michel Pons, Étienne Wurtz, Yann Fraigneau
In the framework of the MEGAPICS project “method toward guarantee of solar cooling and heating system”, a simplified pre-design tool for designer and planner has been elaborated.
Amandine Ledenn, François Boudehenn, Daniel Mugnier, Philippe Papillon
Weather normalization is a crucial step in building energy rating and retrofit measurements.
Atefe Makhmalbaf, Viraj Srivastava, Na Wang
  A new methology using agent-based modeling for human behavior simulation is presented. This approach aims to address the limitations and/or challenges of dealing with behavioral components in existing building simulation programs.
Yoon Soo Lee, Ali Malkawi
To produce a realistic building reference’s model, in order to work on a retrofitting project, input data have to be chosen with the field’s information. The present work concerns French residential buildings of the pre-world-war-II family.
Julien Borderon, Rofaïda Lahrech, Jean-Robert Millet, Sihem Tascaguernout
This article presents a comparison between experimental and numerical results in terms of coupled hygrothermal behavior. The measurements were taken on an experimental wooden-frame house located in France.
Clara Spitz, Monika Woloszyn, Catherine Buhé, Mathieu Labat
The inherent feature of fixed inner volume ratio of the scroll compressor causes large degradation of the compressor’s indicated efficiency when the inner compression ratio mismatches with the system compression ratio under the off-design conditio
Wang Baolong, Jiang An, Shi Wenxing, Li Xianting

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