Professor, Ph.D., M.Sc.
Aalborg
University,
Department of Building Technology and Structural
Engineering,
Sohngaardsholmsvej 57,
DK-9000 Aalborg, Denmark
Room: B101 Phone: +45 9635 8536 Fax: +45 9814 8243
E-mail: [email protected]
Research areas: Indoor Environmental Engineering - Air
Distribution in Rooms, Computational Fluid Dynamics, Climatic
Control, Energy Management and Combustion Technique. Here is the homepage
of one of his student Claus Topp. His research filed is the
Emmission and Dispersion of Contaminates in the Buildings.Here is
his PH. D dissertion "Diffusion and Evaporation-Controlled Emission in
Ventilated Rooms" in PDF format.
Research interests
"The general subject of my research is ComputationalFluid
Dynamics (CFD). I am developing finite volume methods (FV), using
both structured single- and multi-block technique, as well as
unstructured finite volume methods. Recently we have started to
work on Finite Element Methods (FEM) for turbulent flow. I am
alsoworking on turbulence models, both development and
application of turbulence models in recirculating flows -both
incompressible and compressible. Currently, a large part of my
research is focused on Large Eddy Simulations (LES). "
Dept of
Thermo and Fluid Dynamics
Chalmers University
of Technology
S-412 96 Gothenburg, Sweden
tel. (+46) 31 772 14 04
fax. (+46) 31 18 09 76
E-mail: [email protected]
homepage: http://www.tfd.chalmers.se/~lada
Library of Chalmers University of Technology: Ph. D Dissertation Database
He is also:
Professor, Ph.D., M.Sc.
Aalborg University,
Department of
Building Technology and Structural Engineering,
Sohngaardsholmsvej 57, DK-9000 Aalborg, Denmark
Room: B206 Phone: (+45) 9635 8571 (direct) Fax: (+45) 9814 8243
E-mail: [email protected]
Research areas:
Indoor Environmental Technology - Finite volume Methods, Turbulence Modelling, Two-Equation Turbulence, Second-Moment Closures, Large Eddy Simulations, Unsteady Flow, Flow in Ventilated Rooms.
3. Dr. Qinyan CHEN at MIT's Department of Architecture , Building Technology Program
Qingyan (Yan) Chen
Associate Professor of Building Technology
Atlantic Richfield Career Development Professor
Department of Architecture
Massachusetts Institute of Technology
Room 5-418
77 Massachusetts Avenue
Cambridge, MA 02139-4307
U. S. A.
Phone/Voice: (617) 253-7714
Fax: (617) 253-6152
E_mail:[email protected]
RESEARCH INTERESTS
Indoor and outdoor airflow modelling by computational fluid
dynamics (CFD) and measurements
Building ventilation systems
Indoor air quality (IAQ)
Energy analysis
He is very active in the research of building ventilation and has published many research papers. Here is the personal homepage of his student Xudong Yang, his Ph. D thesis is "Study of building material emissions and indoor air quality".
4. Dr. Yuguo Li
Dr. Yuguo Li is a Research Scientist in the CSIRO
Building, Construction and Engineering.
Contact Information
Phone : 61 3 9252 6175
Fax : 61 3 9252 6240
E-mail : [email protected]
Postal Address
CSIRO Building, Construction and Engineering
Graham Road
PO Box 56
Highett. Victoria. 3190
Australia
He is an active researcher in the Building Ventilation area, many of them are CFD-related(CFD simulation). Here is a list of his recent publications and his favorite internet sites. He also compiled a list of Ventilation Online Resources.
5. Dr. Zhang Guoqiang
Position: Senior Research Scientist, Ph.D. Sc.(AE)
Danish Institute of Agricultural
Sciences
Research Centre
Bygholm
Dept. of Agricultural
Engineering
Farm Building Engineering
P.O. Box 536, Horsens,
DENMARK
Phone: + 45 75 60 22 11
Fax: + 45 75 62 48 80
E-mail: [email protected]
Major Research Areas:
Indoor Environmental Engineering of Livestock Buildings
- Experimental Fluid Dynamics;
- Air Distribution in Buildings;
- Climatic Control in Livestock Buildings - Modelling and Simulation, Multivariable Control
Other Interests
Fuzzy Logic Control & Artificial Neural Network
Sensing and Instrumentation
Computational Fluid Dynamics
Current Research Projects:
Control
of Air Movement in Livestock Buildings
Modelling Jet Drop Distances for Non-isothermal Inlet Jet Control
Control of Inlet Jet Momentum to Reduce Wind Effect on Air
Distribution
Open Housing System
6. Dr Ir Jan Hensen at Energy Systems Research Unit of University of Strathclyde
University of Strathclyde
Energy Systems Research Unit
75 Montrose Street
GLASGOW G1 1XJ
Scotland, UK
P: +44 141 548 2042
F: +44 141 552 8513
E: [email protected]
W: http://homepages.strath.ac.uk/~clcs31
Research
"Based on approaching the building as an integration of
energy systems, my research aims to reduce fuel and power
consumption, and associated emissions, while ensuring a good
indoor environment. Until now this work incorporated three main
strands:
Although not working with CFD modelling, his work in Building Energy System is very inspiring. His web site also contains lots of tutorial materials about building energy simulation and the user guide of EPS-r software.
7. Prof. MURAKAMI Shuzo and Prof. KATO Shinsuke ([email protected]).
5 department ,Institute of Industrial Science, University of Tokyo
8. Dr. Hazim B Awbi , Indoor Environment and Energy Research Group, Construction Management & Engineering Department, University of Reading, UK
Research Interests:
Energy in buildings, thermal and air flow behaviour of buildings and heating, ventilation, refrigeration and air conditioning systems. Heat transfer within building enclosures. Air distribution in buildings. Thermal Comfort and indoor air quality. Continuing the development of the CFD code VORTEX for simulating the air flow and heat transfer in buildings. Mail
9. WILLIAM W. NAZAROFF, Department of Civil and Environmental Engineering, University of California
Research
Professor Nazaroff's research group aims to understand the physical and chemical processes that govern air pollutant concentrations and fates. The goal is to develop the information needed to assess and control human health effects from air pollutant exposures. Dr. Nazaroff's research is conducted through laboratory-scale experiments plus numerical and analytical modeling. The following topics are being addressed: (a) interactions between pollutants and surface materials; (b) airmovement and pollutant dispersion in indoor environments; and (c) characterization and control of air pollutant exposures. Dr. Nazaroff's students work closely with research staff of the Indoor Environment Department at Lawrence Berkeley National Laboratory.
Mechanical Engineer, Indoor Air Quality
and Ventilation Group
Building
Environment Division
Building and Fire Research
Laboratory
National Institute of Standards and
Technology
Mr. Emmerich is
involved in research on indoor air quality, ventilation and
energy consumption in commercial and residential
buildings. His work includes verifying the ability of multizone
IAQ models to predict the performance of innovative residential
IAQ control equipment. His work also includes the combined
application of multi-zone airflow models and building thermal
models to study the energy impacts of poor building airtightness
and ventilation system control. His post work has included the
application of multizone IAQ models to study residential IAQ and
the application of computational fluid dynamics to study
room air flow. Previously, as a research assistant at the
University of Wisconsin-Madison, he applied building airflow and
thermal load models to evaluate the energy and indoor air quality
impacts of demand controlled ventilation systems.
11. Stanley A. Mumma, Ph.D., P.E.
Research Interests
Mathematical Modeling, Simulation, And Optimization Of Building
Mechanical Components And Systems
Solar And Alternate Energy
Control Of Ventilation Systems To Provide Acceptable Indoor Air
Quality
Direct Digital Controls
Emerging Mechanical System Technologies
Professor of Architectural Engineering
Director of Building Thermal and
Mechanical Systems Labratory
e-mail: [email protected]
Phone: 814-863-2091
Fax: 814-863-4789
214 Engineering Unit A
University Park, PA 16802
12. A.J.
Baker, PhD, PE
Professor, Engineering Science, Director, UT CFD Laboratory
Email: [email protected]
13. YVES MERCADIER , département de Génie mécanique de l'Université de Sherbrooke
Email: [email protected]
Modélisation de l'absorbtion de vapeur dans les déséchants
14. Han,
Hwataik Associate Professor
Office : Engineering Building 302
Phone : 82-2-910-4687
FAX : 82-2-910-4839
E-mail : [email protected]
Research Interests:
Indoor Air Quality
Room Air Movement and Ventilation Effectivenes
Thermal Environmental Engineering
Air-Conditioning Facilities
Natural Convection Heat and Mass Transfer
Fluid Visualization and Image Processing
15. Dr.
Jianshun S. Zhang, Indoor Environment,
Institute for Research in
Construction
Email: [email protected]
Expertise
Contaminant emission from building materials; indoor air quality;
ventilation; room air distribution; air and air contaminant
transport in buildings; tracer gas techniques for ventilation
effectiveness measurements; experimental measurement;
mathematical modelling, and computer simulation of fluid flow;
heat and mass transfer processes; hot wire anemometry;
microcomputer-based data acquisition and control systems.
Knowledge based expert systems for design and troubleshooting of
HVAC systems; system analysis and optimization.
16. Louis D. Albright, Professor, Agricultural and Biological Engineering
Eamil: [email protected]
Research: An extensive effort is underway in modeling and controlling air-flow distribution within ventilated spaces. We are especially interested in the slot-ventilated enclosure, as it is the prototype for many mechanically ventilated agricultural buildings. On one level, the work entails computer modeling of air velocity and direction within a ventilated space. We are currently using the standard k-epsilon model of turbulence transport, and are developing modifications. On the second level, studies encompass the interactions of factors such as air-inlet placement, ventilation rate, enclosure geometry, and the microclimate needs of the biological system within the ventilated space. This relates primarily to control of the ventilation system, and ultimately will rely on results from the first level of research, for with adequate simulation models of air movement, ventilation-system designs can be optimized for local outdoor climate and indoor microclimates, making controlled-environment agriculture truly "controlled".
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