Reggio Emilia / Civil / 2 Heat Island Group / Building / Lawrence Berkeley National Laboratory / Environmental Fluid Mechanics Laboratory / /
Continent
Europe / /
Country
Bulgaria / France / China / Denmark / Germany / Poland / Belgium / United States / Greece / / /
Facility
Korea Institute of Construction Technology / Hong Kong University of Science / University of Gavle / Hanyang University / Building Physics Greece / Poznań University of Technology / Building Performance Congress / Aalborg University / Brno University of Technology / The University of Hong Kong / Chalmers University of Technology / Fraunhofer Institute / Poznan University of Technology / City University of Hong Kong / University of Notre Dame / Poznan University of Technolog Republic of Korea / Environmental Engineering Department Concordia University / Chalmers University of Technology USA / University of Modena / Building Physics / Cyprus Institute / University of Cyprus / Hong Kong Polytechnic University / Max Planck Institute / Danish Building Research Institute / National Hydrometeorological Institute / Technical University of Denmark / Building Energy / Finnish Institute of Occupational Health / University of Liege Czech Republic / University of Ghent / University of La Rochelle / Building Research Institute Netherlands / Marina K.-A. Neophytou1 / Czech Technical University / /
IndustryTerm
energy demand / search capabilities / low energy buildings / energy efficiency programmes / energy use / residential ventilation systems / energy / oil crisis / energy consumption / energy impacts / technology developments / ventilation systems / energy impact / miscellaneous equipment / auxiliary equipment / energy conservation policies / electricity / search engine / /
Organization
Poznan University of Technology / Poznań University of Technology / Technical University of Denmark / KTH Research School / Building Research Institute Netherlands / Danish Building Research Institute / Poznan University / Cyprus Institute / Hong Kong Polytechnic University / Fraunhofer Institute / City University of Hong Kong / Max Planck Institute for Chemistry / International Society for Indoor Air Quality / Finnish Institute of Occupational Health / International Society for Indoor Air Quality and Climate / Korea Institute of Construction Technology / European Commission / University of La Rochelle / Department of Civil Engineering / University of Gavle / Air Infiltration and Ventilation Centre / University of Cyprus / Fraunhofer Institute for Building Physics / Hanyang University Sweden / Infiltration Centre / Czech Technical University Denmark / Concordia University / University of Liege Czech Republic / Hong Kong University of Science and Technology / Energy / Environment and Water Research Center / National Hydrometeorological Institute / Department of Civil & Environmental Engineering / Chalmers University of Technology / International Center for Indoor Environment and Energy / Congress / University of Ghent / Politecnico di Milano / University of Hong Kong / Brno University of Technology / University of Notre Dame / University of Modena / Aalborg University Finland / /
Person
Tomasz Mróz / Takao Sawachi / Carl-Eric Hagentoft / Morad Atif / Laszlo Fulop / Stéphane Degauquier / Miroslav Jicha / Kees De Schipper / Maria Kapsalaki / Paula Wahlgren / Ali Gholizadeh / Jean Lebrun / Manfred Plagmann / Arnold Janssens / Samuel Caillou / Yun Gyu Lee / Jae-Weon Jeong / François Durier / Shigeki Nishizawa / Rémi Carrié / Max Sherman / Peter Schild / José Maria Campos / Peter Wouters / Jan Hensen / Risto Kosonen / Francis Allard / Lorenzo Pagliano / Andrew Persily / Stella Panayiota / Andreas Eckmanns / Hiroshi Yoshino Representatives / Maria Kolokotroni / /
Position
author / professor / Manager of INIVE EEIG / speaker / senior consultant / consultant / /
Newsletter Foreword AIVC aims to play a central role in the ventilation and infiltration community with respect to the dissemination of information, either with its conferences or workshops, or with the material availabl