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Journal of Ventilation
Guide to Ventilation
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International
Journal of Ventilation: Volume 1 CONTENTS
June 2002
Spurious Numerical Solutions in Coupled Natural Ventilation
and Thermal Analyses:
Li, Y. |
1
|
Tracer Gas Measurements for
Ventilation, Air Movement and Air Infiltration in a Four-Sided Atrium Office Building:
Reardon, J. T., Atif, M. R. and Shaw, C-Y. |
13
|
| Experimental Study on Performance Evaluation of
Ventilation Systems in a Test House: Yoshino, H., Lee, J. and Wada J. |
23
|
| Fan Size and Energy Efficiency:
Aynsley,R. |
33 |
Simple and Cheap Air Change Rate Measurement Using CO2 Concentration Decays:
Roulet,
C.-A. and Foradini, F. |
39
|
Carbon Dioxide Levels and Ventilation Rates in Schools:
Coley, A. and Beisteiner A. |
45
|
Wind Tunnel and CFD Investigation of the Performance of
Windcatchers:
Elmualim, A.
A. and Awbi, H. B. |
53
|
| Calculations and Notes on the Quadratic and Power Law
Equations for Modelling Infiltration: Chiu, Y.H. and Etheridge, D.W. |
65
|
October 2002
Thermal Mass and Night Ventilation – Utilising “Hidden”
Thermal
Mass: Barnard, N. |
81
|
Impact of Open Windows on Room Air Flow and Thermal
Comfort:
Heiselberg,
P., Bjørn, E. and Nielsen, P.V. |
91
|
Natural vs. Mechanical Ventilation – A Tool to Help Making
a Choice:
Fracastoro, G.V. and Perino,
M. |
101
|
Parametric Analysis of Air Flow Through Ventilators:
Chilengwe, N. and Sharples, S. |
109
|
Ventilation Effectiveness Parameters Resulting from
Mechanical
Ventilation with Recirculation: Simons, M. W. and
Waters, J.R.
|
119
|
Modelling of a
Hybrid-Ventilated Building – Using ESP-r:
Jeong, Y. and Haghighat, F. |
127
|
|
Transient Solution Methods for Dynamic Thermal
Modelling
within CFD: Somarathne, S., Seymour, M. and Kolokotroni, M. |
141
|
Estimating Wind Frequency for Natural Ventilation at Remote
Sites:
Aynsley, R. and Su, B. |
157
|
February 2003
CFD Modelling of Natural Ventilation: Combined Wind and
Buoyancy Forces:
Cook, M.J., Ji, Y. and Hunt, G.R. |
169 |
Carbon Dioxide Levels and Summertime Ventilation Rates in UK
Schools: Beisteiner, A. and Coley, D.A. |
181 |
| The Influence of a Capture Jet on the Efficiency of a
Ventilated Ceiling in a Commercial Kitchen: Kosonen, R. and Mustakallio,
P. |
189
|
The Effect of Sorption on Airborne Moisture Movement in Dwellings:
Plathner, P. and Ross, D. |
201
|
The Impact of Replacement Windows on Air Infiltration and
Indoor
Air Quality in Dwellings:
Ridley, I., Fox J.,
Oreszczyn, T.
and Hong, S.H. |
209
|
A Numerical Study of Hybrid Ventilation of Apartments in
a Densely-Populated Urban Neighbourhood:
Liu, Y. and Moser, A. |
219
|
| The Influence of Bend Angles upon the Performance of
Passive Stack Duct Systems within Dwellings: Edwards, R. |
22 |
February 2003 Special Edition: Hybrid Ventilation
| Editorial:
HybVent - Hybrid Ventilation: Heiselberg, P. |
1 |
Analysis
Methods for Natural and Hybrid Ventilation
– A Critical Literature Review and Recent Developments:
Li, Y.
and Heiselberg, P. |
3
|
Five
Years of Laboratory and In-Situ Test Experiences to Verify
Thermal Comfort Conditions in an Innovative Hybrid Ventilated Building:
Principi, P., Di Perna, C., and Ruffini, E. |
21
|
How
to Predict the Air Exchange Efficiency for Hybrid Ventilation Systems:
Gritzki, R., Richter, W. and Rösler, M. |
33
|
Numerical
Analysis of Hybrid Ventilation Performance Depending on
Climate Characteristics:
Cron, F., Inard, C. and Belarbi, R. |
41
|
| A
Study of a Mixed Mode Environment in 25 Cellular Officesat
the University of Sydney: Rowe, D. |
53
|
| Control
of Hybrid Ventilation Systems: Aggerholm, S. |
65 |
Measurements
of Hybrid Ventilation Performance in an Office Building:
Brohus, H., Frier, C., Hendriksen, O. J. and Heiselberg, P. |
77
|
Wind
Driven Cross-Flow Analysed as a Catchment Problem and as a
Pressure Driven Flow:
Jensen True, J., Sandberg, M. , Heiselberg, P and
Nielsen, P.V. |
89
|
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