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1. Reducing Fan Energy in Built-up Fan Systems, Building Science at U. C. Berkeley
2. THE
SEMPER PROJECT , Centre for Building
Performance and Diagnostics, Department
of Architecture, Carnegie
Mellon University
An active multi-aspect architectural design support environment
3. The California Exposure Modeling Research Center
The overall goal of the Cal-EX research project is to provide a more complete picture of both how human exposure comes about and how precisely it can be quantified for a number of important pollutants.
4. Macquarie University's ASHRAE RP-884 Adaptive Model Project
5. EU Project PASCOOL
(1). Laboratoire Sciences de l'Habitat
(2). Laboratoire d'Etude des Phénomènes de Transfert Appliqués au Bâtiment
6. Computational Fluid Dynamics Research--Room Air Flow, Environmental Fluids and Transport Reasearch Group, Univ. of Nottingham (Ph. D work, UK)
7. Measurement and Analysis of Room Airflow Using Particle Image Velocimetry (PIV), Univ. Of Illinois
8. Improving Laboratory Animal Environments, Univ. Of Illinois at Urbana-Champagn
9. A Study of the Air Quality in Rooms Ventilated with Displacement Systems, Description, Univ. Of Reading
10. Investigation into Heat Transfer Mechanisms in Rooms, Univ. Of Reading
11. Fluid Flow and Heat Transfer in Rectangular Cavities , South Bank University, UK
12. Turbulence, Free and Forced Convection, Large Eddy Simulation, Finnish National CFD Technology Programme 1995-1999
13. Natural Convection Within Enclosed Architectural Geometries , Architectural Atmospherics
14. Natural and Mixed Convection in Rectangular Cavities (very good), University of Trieste, IT
15. Numerical Study on Airflow Field with Forced Air Conditioner by Yoshida, Japan
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