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Journal of Ventilation
Guide to Ventilation
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International
Journal of Ventilation: Volume 2
CONTENTS
June 2003
Comfort
and Acoustic Monitoring in a Large Naturally Ventilated Technically
Advanced Building: Simons, M. W. and
Maloney, B. J.
|
1
|
The
Sound Attenuator – Secondary Source of Contamination in Air-Conditioning
Systems? Charkowska,
A.
|
15
|
Turbulent
Air Flow Characteristics in a Ventilated Hospital Railway Coach: de Lieto
Vollaro, A., Gori, P. and Vallati,
A.
|
23 |
Analysis
of Capture and Containment Efficiency of a Ventilated Ceiling:
Kosonen, R. and Mustakallio, P.
|
33 |
Characteristics
of Particles and their Behaviour in Ventilation Air:
Einberg, G. and Holmberg, S.
|
45 |
Data
Exchange for Thermal Modelling and Ventilation Simulation:
Holmes,
M. J. and Davies G. M. J.
|
55 |
Room
Air Distribution and Indoor Air Quality
of a Hybrid Air
Conditioning
System based
on
Natural and
Mechanical Ventilation
in an Office: Chang, H., Kato, S. and Chikamoto, T.
|
65 |
Developments
in Wind Tunnel Studies for Estimating the Cross Ventilation Potential for
a Low-Rise Building in a Built-Up
Area: Su, B.
|
77 |
September
2003
|
Experimental Investigation of Three Types of Clean
Room Diffusers using Particle Image Velocimetry and Laser Doppler
Velocimetry Techniques: Angioletti, M., Di Tommaso, R.M., Martinelli, S.
and Nino, E.
|
91
|
|
Numerical Study of Airborne Particle Transport in an
Operating Room: Liu, Y., Moser, A. and Harimoto, K.
|
103
|
|
3DFLOW Development and Validation for Three Cases -
Downward Mixing, Partition and Displacement Ventilation: Li, A-G.,
Jones, P., Bu, Z. and Zhang, Q.
|
111
|
|
A Simple 1-D Boundary Condition Representing Combined
Convective-Radiative Heat Transfer Across a Double Membrane
Semi-Transparent Assembly: Sinai, Y.
|
125
|
|
Study of a Ventilated Prototype Structure: Chawynski,
G., Naser, J. and McManus, K.
|
135
|
|
Low and High Pressure Experimental Analysis of
Ventilators for
Natural Ventilation in Buildings: Chilengwe, N. and
Sharples, S.
|
149
|
|
Effect of Screening Solar Chimneys on Induced Air
Flow Rate: Hirunlabh, J., Piamwongjit, P., Teekasap, S. and Khedari, J.
|
159
|
|
The Attribution of Pollutant Concentrations on
Buildings from Local Traffic - Effects on Ventilation Requirements. A Wind
Tunnel Modelling Study: Hall, D.J., Sharples, H., Walker, S. and Kukadia,
V.
|
169
|
December 2003
| An Experimental
Investigation of the Indoor Air Quality in Fifteen School Buildings in
Athens, Greece: Synnefa, A., Polichronaki, E., Papagiannopoulou, E.,
Santamouris, M., Mihalakakou, G., Doukas, P., Siskos, P.A., Bakeas, E.,
Dremetsika, A., Geranios, A. and Delakou, A. |
185 |
Indoor Environmental Quality in Naturally
Ventilated Office Buildings
and its Impact on their Energy Performance: Papadopoulos, A.M. and Avgelis, A |
203 |
| Performance Evaluation of a
Wall Mounted Convector for Pre-Heating Naturally Ventilated Spaces:
Elmualim, A.A., Awbi, H.B., Fullford, D. and Wetterstad, L. |
213 |
| Performance of Balanced
Ventilation with Heat Recovery in Residential Buildings in a Cold Climate:
Jokisalo, J., Kurnitski, J., Vuolle, M. and Torkki, A. |
223 |
| Effectiveness of Purging in
an Air-Conditioned Office Building in Singapore: Sekhar, S.C., Cheong, D., Wai, T.K. and Leng, P.B. |
237 |
| Application of CFD to
Predict and Control Chemical and Biological Agent Dispersion in Buildings:
Zhai, Z., Srebric, J. and Chen, Q. |
251 |
| Air and Pollutant Transport
from Attached Garages to Residential Living Spaces - Literature Review and
Field Tests: Emmerich, S.J.,
Gorfain, J.E. and Howard-Reed, C. |
265 |
| The Usefulness of Climatic
Maps of Built-Up Areas in Determining Drivers for the Energy and
Environmental Efficiency of Buildings and External Areas: Ward, I.C. |
277 |
| Book Review - Ventilation of
Buildings: Awbi, H. |
287 |
March 2004
(Papers
for this Edition are based on those presented at the First
International Workshop on Natural Ventilation, held at the Tokyo
Polytechnic University, Japan, 31st October 2003)
| Guest
Editorial:
Ohba, M.
|
291
|
| Natural
Ventilation Design: Heiselberg, P.
|
295
|
Designing
Thermal Mass in Naturally Ventilated Buildings:
Li, Y. and Yam, J.C.W.
|
313
|
| Natural
Ventilation through Large Openings - Measurements at Model Scale and
Envelope Flow Theory: Etheridge, D.W.
|
325
|
| Wind
Pressure and Air Flow in a Full-Scale Building Model under
Cross-Ventilation: Sawachi,T., Narita, K., Kiyota, N.,
Seto,
H., Nishizawa, S. and Ishikawa, Y.
|
343
|
Validation
of CFD Simulations for Natural Ventilation:
Jiang,Y., Allocca, C. and Chen,
Q.
|
359
|
| Local
Dynamic Similarity Model of Cross-Ventilation
Part 1 - Theoretical Framework:
Kurabuchi,
T., Ohba, M.,
Endo,
T., Akamine, Y. and Nakayama, F.
|
371
|
| Local
Dynamic Similarity Model of Cross-Ventilation
Part
2 - Application of Local Dynamic Similarity Model: Ohba, M.,
Kurabuchi, T., Endo, T., Akamine, Y., Kamata, M.
and Kurahashi, A.
|
383
|
| Flow
Network Model based on Power Balance as Applied to
Cross-Ventilation: Kato, S.
|
395
|
An
Alternative View on the Theory of Cross-Ventilation:
Sandberg, M.
|
409
|
| A
Wind Tunnel Full-Scale Building Model Comparison between
Experimental and CFD Results based on the Standard k-e
Turbulence Representation: Nishizawa, S., Sawachi, T., Narita, K.,
Seto, H. and Ishikawa, Y.
|
419
|
| A
CFD Analysis of the
Air
Flow Characteristics at an Inflow Opening: Akamine, Y., Kurabuchi,
T., Ohba, M., Endo, T, and Kamata, M.
|
431
|
| A
Fundamental Study on the Air Flow Structure of Outflow Openings:
Endo, T., Kurabuchi, T., Ohba, M., Akamine, Y. and Kamata, M.
|
439
|
| |
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