El dispositivo móvil

The following lists articles concerning about CFD studies of the flexible and adaptive systems and are available through technical journals or books. The articles are sort alphabetically.

Nishihara, A., Sasao, K., Go, H., Kinoshita, K. and Zushi, S., “Numerical Simulation of the Air-Conditioning Environment in a Computer Room,” ASHRAE Transactions, Vol.

104, Pt. 2, pp. 218-225, 1998.

Noh, H. K., Song, K. S., and Soo, K. C., “The Cooling Characteristics on the Air Supply and Return Flow System in the Telecommunication Cabinet Room,” IEEE Transactions, Vol 45, No. 4, pp. 638-645, Aug 1998.

Rees, S. J., McGuirk, J. J., and Haves, P., “Numerical Investigation of Transient Buoyant Flow in a Room with a Displacement Ventilation and Chilled Ceiling System,”

International Journal of Heat and Mass Transfer, Vol. 44, pp. 3067-3080, 2001.

Rock, B. A. and Wolfe, D. J., “A Sensitivity Study of Floor and Ceiling Plenum Energy Model Parameters,” ASHRAE Transactions, Vol. 103, Pt. 2, pp. 16-30, 1997.

Yu, X. and Smith, T. F., Comparisons of Conventional-Overhead and Raised-Floor Conditioned-Air Systems Using Computational Fluid Dynamics, Technical Report:

ME-TFS-01-003, Department of Mechanical Engineering, The University of Iowa, Iowa City, Iowa, 2001.

14.7 Products

The articles published by manufactures of RFSs are listed at the beginning, and the websites of manufacturers of products associated with flexible and adaptive office systems are classified according to the types of the products, namely, systems, HVAC equipment, and furniture. Under systems, the manufacturers that provide whole air-conditioning system are listed; the category of equipment cites companies that produce diffusers or parts of the systems; the manufacturers cited in the furniture category only offers raised flooring system or offer furniture in conjunction with a raised floor system. The names are listed alphabetically.

Articles

Lomonaco, C., “Personal Environments Systems: Analyzing the Costs and Benefits,”

Johnson Controls Inc., http://www.hq.usace.army.mil/cemp/e/Et/costbene.pdf, Heartland Electrical/Mechanical Conference Papers, 1998

Loudermilk, K., "Underfloor Air Distribution Solutions for Open Office Applications,"

ASHRAE Transactions, Vol. 105, Pt. 1, pp 605-613, 1999.

“Tate, York, and Honeywell Develop Building Technology Platform that Revolutionizes Underfloor Air Distribution and Control,”

http://content.honeywell.com/building/components/pr/Underfoot.htm, 2000.

“Underfloor Air Distribution,” Editor DeGioia, P.,

http://www.invironment.com/newsletter/v5n12g1.pdf, 2000.

Wand, L., “Underfloor Air Systems,”

http://www.buildings.com/Buildingsmag/bldg_2000_June/Management%20Issues/06_0 0_Mgt_Energy.asp, June 2000

Systems

Hiross http://www.hiross.it/ (Flexible Space System) http://www.flexiblespace.com/desc.htm Protekab (Kryotherm AB) http://www.protekab.net/factory.htm

York International www.york.com (Underfloor Air Systems) Equipment

Johoson Control http://www.johnsoncontrols.com/cg/PersEnv/pe_circair.htm (task) Nailor http://www.nailor.com/new_nailor_hvac_products.cfm (new products) Nesite Raised Access Floors www.nesite.com/default.htm

http://www.flexiblespace.com/floor.htm

Nora Rubber Flooring http://www.norarubber.com/nflpanels.html (access floor panels) Tate Access Floors http://www.tateaccessfloors.com/btp_bb_underfloor_hvac.html (diffuser) Titus www.titus-hvac.com (Access Floor Products)

Trox http://www.troxtechnik.de/en/produkte/luftdurchlaesse/fussbodendurchlaesse/index.php (floor diffusers)

Workstate http://www.workstage.com (diffusers with furniture) Furniture

Bromag Structures Limited http://www.bromag.demon.co.uk/fpage01.htm Hewetson Access floor Technology,

www.flexiblespacesystems.com.sg/RaisedFloor/Raiseflooraccessories.html (floor) Inscape www.office-furniture.bigstep.com/category.html?UCIDs=413815%C413821

(system furniture)

Interface Architectural Resources www.interfaceinc.com (raised access flooring)

Maxcess Technologies www.mtiaccessfloor.com

Macrobest raised floors system www.macrobest.com/profile.html (raised floors) Mikroklimat Climadesk. http://www.flexiblespace.com/climadsk.htm

Steelcase www.steelcase.com (floors) 14.8 Technical Support

The following websites are the technical support websites for flexible and adaptive systems. Design guidelines are described in detail.

Advanced Ergonomic Technologies Ltd (AET) www.flexiblespace.com Center for the Built Environment, University of California

http://www.cbe.berkeley.edu/underfloorair/

http://www.cbe.berkeley.edu/_private/data/PDF%20Files/TACGuide.pdf Protek AB http://www.protekab.net/index.htm

14.9 Roomvent 2000

ROOMVENT is an international conference in the field of air distribution. The object of the conference is to bring together researchers from universities and institutes, engineers and officials, discuss the latest techniques for analyzing indoor airflow, evaluate ventilation parameters, and present recent computational simulation techniques. ROOMVENT 2000 was held in Reading, UK with the theme of Ventilation for Health and Sustainable Environment. There are 198 papers that have been reviewed by members of the International Scientific Committee and other experts in two volumes. The following lists articles selected from the proceedings and are sorted based on the sequence of the volumes.

Volume I

1. Fanger, P. O., “Provide Good Air Quality for People and Improve Their Productivity,”

Denmark.

2. Luis Malheiro da Silva, “Optimized Indoor Air Quality and Energy Saving Strategies for Quality Buildings in Mediterranean Climates: Compatible Objectives with Comfort and Environment Issues?” Portugal.

3. Teodosiu, c., Laporthe, S., Rusaouen, G., and Virgone, J., “Experimental and Numerical prediction of Indoor Air Quality,” France.

4. Nilsson, H., Holmer, I., Holmberg, S. and Sandberg, M., “Thermal Climate Assessment in Office Environment – CFD Calculations and Thermal Manikin Measurements,”

Sweden.

5. Xing, H. J., Hatton, A. and Awbi, H. B., “The Air quality at the Breathing Zone With Displacement Ventilation,” UK.

6. Lin, Z, Chow, T. T., Fong, K. F. and Liu, J. P., “CFD Simulation of Concentration of Gaseous Impurities in a Typical Hong Kong Industrial Workshop,” City University of Hong Kong.

7. Kruhne, H. and Fitzner, K., “Protection of Non-Smoking Persons Against Cigarette smoke by airflow,” Germany.

8. Hiwatashi, K., Akabayashi, S., Morikawa, Y., and sakaguchi, J., “Numerical Study of a New ventilation Tower System for Fresh Air Supply in an Air-Conditioned Room,”

Japan.

9. Carli, M. D., Peron, F., Romagnoni, P. and Zecchin, R., “Analysis of Air Velocity and Temperature Distribution in Furnished Rooms with Underfloor Air Diffusers.

Volume II

1. Arens, A., Glicksman, L., and Chen, Q. Y., “Evaluation of Displacement Ventilation for High-Ceiling Areas,” MIT.

2. Xing, H. J. and Awbi, H. B., “The Neutral Height in a Room with Displacement Ventilation,” the University of Reading, UK.

3. Kato, S., Murakami, S., Chang H., Chikamoto, T., and Kim, T., “Room Air Distribution and Cooling Load of Hybrid Air-Conditioning System Utilizing natural ventilation in an Office,” the University of Tokyo, Japan.

4. Akabayashi, S. I., Kuwahara, R., Mizutani, K., Sakaguchi, J., and Sato, H., “An Experimental and Numerical Study of the Relationship between Ventilation Efficiency

and Air Supply/Exhaust System of an Office Room,” Niigata Women’s College, Japan.

5. Kuwahara, R., Akabayashi, S. I., He, P., Mizutani, K., and Sato, H., “An Experimental and Numerical Study of the Relationship between Ventilation Efficiency and Air Supply/Exhaust System of an Atrium Space,” Niigata Women’s College, Japan.

6. Holmber, S., sandber, M., Mattsson, M., Nilsson, H., and Holmer, I., “Indoor Air Quality and Climate control Parameters in Office Environment – CFD Calculations and Measurements,” Center for Built Environment (HIG), Sweden.

7. Leite, B. C. C., Tribess, A., and Ornstein, s. W., “Work Environment Thermal Evaluation with Underfloor Air Supply Applied to a Commercial Building in Rio De Janeiro, Brazil,” Brazil.

8. Karimipanah, T., Sandberg, M., and Awbi, H. B., “A Comparative Study of Different Air Distribution Systems in a Classroom, ” the University of Reading, U.K.

9. Mattsson, M, “A Note on the thermal comfort in Displacement ventilated Classrooms,”

University of Gavle, Sweden.

10. Kim, S. H., Lee, D. W., and Lee, K. H., “Evaluation of the Indoor Airflow and Temperature distribution in an Office With UFAC,” Yonsei University, Korea.

11. Hsu, H.C., Chiang, H., Shih, Y.C, Shyu, R.J., “Implementation of Displacement Ventilation System by Using a Wall-Mounted Air Conditioner,” Taiwan, ROOMVENT 2000.