International Building Simulation Conference 2013, Chambéry, France. 

Contains 470 papers.

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This paper investigates the environmental conditions inside a highly-glazed cross-ventilated meeting room.
Magdalena Hajdukiewicz, Marco Geron, Marcus M. Keane
Many attempts have been made to automatically convert architectural 3D models into thermal models for building performance simulation.
Timur Dogan, Christoph Reinhart
In oasis cities urban forest shades the lower level facades of buildings. It is thus crucial to analyze the distributional patterns of sun radiation produced by trees on facades.
Ayelén Villalba, Andrea Pattini, Érica Correa
Detailed experimental studies of heat and moisture transfers in building envelope parts are important to gain knowledge about hygrothermal responses and to validate models.
Matthieu Labat, Monika Woloszyn, Géraldine Garnier, Amandine Piot, Jean-Jacques Roux
Choosing the optimal combination of building compo-nents that minimize investment and operational costs is a topic of great importance in the building simulation com-munity.
Rui Zhang, Fei Liu, Angela Schoergendorfer, Youngdeok Hwang, Young M. Lee, Jane L. Snowdon
Developing a methodology of simulating tree shading on daylight performance in indoor spaces such as lux levels on a task plane is investigated.
Khaled A. Al-Sallal
Optimizing the operations of a HVAC system in response to the dynamic loads and varying weather conditions throughout a year can result in substantial energy savings.
Yudai Liu, Yiqun Pan, Zhizhong Huang
The present work reports an experimental procedure designed to verify a particular solution for the distri-bution of artificial light sources.
Letıcia Jenisch Rodrigues, Paulo Smith Schneider, Tiago Haubert Andriotty,Francis Henrique Ramos Franca
Heating and cooling load estimation is based on the heat balance method. Although this method has strong physical basis, it yields an acausal system when the heat capacity of the indoor space is non-negligible.
Christian Ghiaus, Jean-Jacques Roux
This paper deals with the global model based antic-ipative energy management system adapted for the CANOPEA building prototype proposed by the team Rhˆone-Alpes for the Solar Decathlon Europe con-test.
Yanis Hadj Said, Stephane Ploix, Sylvain Galmiche, Benoit Lechat, Adel Djellouli, Tristan Scheid, Stephane Bergeon, Xavier Brunotte

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