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Radiant based HVAC systems - bibliography / resources

 

We've assembled this list of research and technical resources citations on radiant based HVAC systems for industry use and now have it under continuous maintenance. Authors and researchers of peer reviewed papers, please feel free to contribute to this list by sending us the citation in the formats used below.

Terms of use: The assembly and display in whole of the bibliography has been funded by donations and is copyright protected. However, feel free to use the citations as you wish for research and reference.

 

 Note - many of these papers can be accessed on line through a browser search.


  1. Achermann, M., Zweifel, G., RADTEST — Radiant Heating and Cooling Test Cases. Universtiy of Applied Sciences of Central Switzerland, Lucerne, Switzerland, 2003

  2. Adelman, D., Some control strategies for radiant floor heating, Radiant Times, pp:4–5, 1988

  3. Adlam, T.N., (1947), Radiant heating; a practical treatise on American and European practices in the design and installation of systems for radiant, panel, or infra-red heating, snow melting and radiant cooling, The Industrial Press, New York

  4. Ahn, B.C., Optimal operation methods for hot water radiant panel heating system in residential buildings, in: Proceedings of the SAREK summer annual conference, pp:800–806, 2004

  5. Ahn, B.C., Song, J.Y., Control characteristics and heating performance analysis of automatic thermostatic valves for radiant slab heating system in residential apartments, Energy: 1-10, November 2009

  6. Akridge, J. M., Cleaveland, J. P., Keebaugh, D., Earth-coupled radiant heating and cooling system for hot, humid climates, ASHRAE Transactions, vol. 96(2):32-38, 1990

  7. Al-Anzi, A.A., Krarti, M., Evaluation of the Thermal Bridging Effects on the Thermal Performance of Slab-on-Grade Floor Foundation, ASHRAE Transactions, vol. 103(1):563-572, 1997

  8. Allen, W., Bourne, R., Ringeisen, B., Residential Off-Peak Radiant Cooling Systems, Public Interest Energy Research (PIER) Program, Western Cooling Efficiency Center for the California Energy Commission, JULY 2010

  9. Ameen, A., Mahmud, K., Desiccant dehumidification with hydronic radiant cooling system for air-conditioning applications in humid tropical climates, ASHRAE Transactions, vol. 111(2):225-237, 2005

  10. Analysis of renewable energy potential in the residential sector through high-resolution building-energy simulation, Canada Mortgage and Housing Corporation,  Technical Series 08-106, November 2008

  11. Anderson, B.R. U-values of uninsulated ground floors: Relationship with floor dimensions, Building Service Engineering, vol. 12: pp. 103- 105, January 1991

  12. Anderson, B.R., Calculation of the steady-state heat transfer through a slab-on-ground floor, Building and Environment, vol. 26(4):405-415, 1991

  13. André, P., Georges, B., Lebrun, J., Lemort, V., Teodorese, I., From model validation to production of reference simulations: how to increase reliability and applicability of building and HVAC simulation models, Building Service Engineering, vol. 29: 61-72, Feb 2008

  14. Andresen, I. , Brandemuehl, M J., Heat storage in building thermal mass – a parametric study, ASHRAE Transactions,  vol. 98(1):910-18, 1992

  15. Anseeuw, P., Grove, R., Marseille, T., Integrated design for community center, ASHRAE Journal, vol. 50(7), July 2008

  16. ANSI/ ASHRAE Standard 55, Thermal environmental conditions for human occupancy, Atlanta, 2004

  17. Arens, E., Zhang, H., Huizenga, C., Partial and whole body thermal sensation and comfort-Part I: uniform environmental conditions, Journal of Thermal Biology 31: 53-59, 2006

  18. Arens, E., Zhang, H., Huizenga, C., Partial and whole body thermal sensation and comfort-Part II: non-uniform environmental conditions, Journal of Thermal Biology 31: 60-66, 2006

  19. Armstrong, P.R., Leeb, S.B., Norford, L.K., Control with building mass – Part II: simulation, ASHRAE Transactions, vol. 112(1)b, 2006

  20. Asada, H., Boelman, E.C., Exergy analysis of a low temperature radiant heating system, Building Service Engineering , 25:197-209, 2004

  21. ASHRAE GreenGuide: The Design, Construction, and Operation of Sustainable Buildings, 2nd ed. ASHRAE, 2006

  22. ASHRAE Handbook on HVAC Applications, Chapter 53: Radiant heating and cooling, ASHRAE, 2007

  23. ASHRAE Handbook on HVAC Systems and Equipment, Chapter 6: Panel heating and cooling,  ASHRAE, 2008

  24. ASHRAE SPC 138P, Beyond Standard 138P, What Is Next? (ASHRAE Forum), 2004

  25. ASHRAE SPC 138P, Method of testing for rating ceiling panels for sensible heating and cooling (third public review), 2004

  26. ASHRAE SPC 138P, Method of testing for rating ceiling panels for sensible heating and cooling (public review draft), 2001

  27. ASHRAE SPC 138P, Method of testing for rating hydronic radiant ceilings (draft), 1996

  28. ASHRAE SPC 138P, Method of testing for rating hydronic radiant ceiling panels for sensible heating and cooling (title change), 2005

  29. ASHRAE Standard 55-2004, Thermal Environmental Conditions for Human Occupancy, ASHRAE, 2004

  30. ASHRAE technology awards highlight outstanding building projects, January 23, 2010, < http://www.ashrae.org/pressroom/detail/17417> accessed February 04, 2010

  31. ASHRAE Thermal Comfort Tool CD (ASHRAE Item Code 94030).

  32. Ataer, A.E., Kilkis, B.I., An analysis of the solar absorption cycle when coupled with in-slab radiant cooling panels, ASME, AES 31: 385-391, 1994

  33. Athienitis, A.K., Shou., J.G., Control of radiant heating based on the operative temperature, ASHRAE Transactions, vol. 97(2):787-794, 1991

  34. Awbi, H.B., Hatton, A., Mixed convection from heated room surfaces, Energy and Buildings, vol. 32: 233-244, 2000

  35. Ayoub, M., Ghaddar, N., Ghali, K.,  Simplified thermal model of spaces cooled with combined chilled ceiling and positive displacement ventilation system, ASHRAE Int'l J HVAC&R Research, vol. 12(4), 2006

  36. Babiak J., Olesen, B.W., Petráš, D., Low temperature heating and high temperature cooling – Embedded water based surface systems, REHVA Guidebook no. 7, Forssan Kirjapaino Oy- Forssan, Finland, 2007

  37. Baker, M., Improved comfort through radiant heating and cooling, ASHRAE Journal, 2(2), 1960

  38. Barton, P., Beggs, C.B., Sleigh, P.A., A theoretical study of the thermal performance of the thermodeck hollow core slab system, Applied Thermal Engineering, 22:1485-1499, 2002

  39. Baskin, E., Evaluation of hydronic forced-air and radiant slab heating and cooling systems, ASHRAE Transactions, vol. 111(1):525-534, 2005

  40. Baskin, E., Residential Radiant Cooling and Heating Assessment, Oak Ridge National Laboratory, 31 March 2003; Revised 30 September 2003

  41. Bean, R., History of radiant heating and cooling - A chronological review, October 2010

  42. Bean, R. , Doran, T., Olesen, B.W., Simmonds, P., Vertically integrated systems in stand-alone multistory buildings, ASHRAE Journal,  vol. 47(6), June 2005, accessed October 12th, 2010

  43. Bean, R., Heat loss to head loss, Radiant Design: A 12 step program, Radiant Panel Report, 2005

  44. Bean, R., Kilkis, B.I., Basics of panel heating and cooling, ASHRAE Learning Institute, January 2010

  45. Bean, R., Olesen, B.W., Kim, K.W., History of radiant heating and cooling systems, Part 1, ASHRAE Journal, vol. 52, no. 1, January 2010

  46. Bean, R., Olesen, B.W., Kim, K.W., History of radiant heating and cooling systems, Part 2, ASHRAE Journal, vol. 52, no. 2, February 2010

  47. Bean, R., Residential Radiant Hydronics Design Manual, HRAI of Canada, 2008

  48. Bean, R., Indoor Air Quality Awareness Manual, HRAI of Canada, 2009

  49. Beausoleil-Morrison, I., Paige Kemery, B., Analysis of basement insulation alternatives, Carleton University, April 2009

  50. Behne, M., Indoor air quality in rooms with cooled ceilings: mixing ventilation or rather displacement ventilation?, Energy and Buildings 30(2): 155-166, 1999

  51. Behne, M., Is there a risk of draft in rooms with ceilings? Measurement of air velocities and turbulence, ASHRAE Transactions, vol. 101(2):744-752, 1995

  52. Bemrose, C.R., Smith, I.E., Thermal stratification in intermittently heated heavyweight buildings (Churches,) Building Service Engineering, 13: 119-131, 1992

  53. Berglund, L.G., Gagge, A.P., Human response to thermal conditions maintained in an office by radiant ceiling, baseboard, forced air, and floor heating systems. ASHRAE Transactions, Volume 91(2B):439-451, 1985

  54. Berglund, L., 1978. "Mathematical models for predicting the thermal comfort response of building occupants," ASHRAE Transactions.

  55. Berglund, L., 1979, “Thermal acceptability,” ASHRAE Transactions, Vol 85, Pt. 1., pp 825-834.

  56. Bohle, J., Klan, H., Design of panel heating and cooling systems, ASHRAE Transactions, vol. 106(1), 2000

  57. Borresen, B., Floor heating and cooling of an atrium, International Velta-Kongress, Arlberg/St. Christoph, 1994

  58. Brandemuehl, M.J., Lepoer, M.J., Kreider, J.F., Modeling and testing the interaction of conditioned air with building thermal mass, ASHRAE Transactions, vol. 96(2):871-75, 1990

  59. Braun, J E., Reducing energy costs and peak electrical demand through optimal control of building thermal storage, ASHRAE Transactions, vol. 96(2):876-88, 1990

  60. Braun, J.E., Chaturvedi, N., An inverse grey-box model for transient building load prediction, Int’l J. HVAC&R Research, 8(1):73-99, 2002

  61. Braun, J.E., Interaction between dynamic electric rates and thermal energy storage control - Phase II, ASHRAE 1252-RP, Final Report, 2006

  62. Braun, J.E., Lawrence, T.M., Klaassen, C.J., House, J.M., Demonstration of load shifting and peak load reduction with control of building thermal mass, (in)Proceedings of the 2002 ACEEE Summer Study on Energy Efficiency in Buildings, 2002

  63. Braun, J.E., Load control using building thermal mass, ASME JSEE 125:292-301, 2003

  64. Braun, J.E., Mercer, K., VSAT: Ventilation strategy assessment tool, CEC-500-2005-011, http://www.energy.ca.gov/2005publications, 2003

  65. Braun, J.E., Montgomery, K.W., Chaturvedi, N., Evaluating the performance of building thermal mass control strategies, Int’l J. HVAC&R Research 7(4):403-28, 2001

  66. Braun, J.E., Reducing energy costs and peak electrical demand through optimal control of building thermal storage, ASHRAE Transactions, vol. 96(2), 1990

  67. Braun, J.E., Zhong, Z., Development and evaluation of a night ventilation precooling algorithm, Int'l J. HVAC&R Research, 11(3). see also http://www.archenergy.com/ceceeb/P3-LoadControls, 2005

  68. Brewster, M.Q., (1992), Thermal radiative transfer and properties, New York: John Wiley and Sons.

  69. Brunello, P., Di Gennaro, G., De Carli, M., Zecchin, R. , Mathematical modeling of radiant heating and cooling with massive thermal slab, Proceedings of Clima 2000, Naples,2001

  70. Brunk, M.F., Cooling ceilings - An opportunity to reduce energy costs by way of radiant cooling, ASHRAE Transactions 99(2): 479-487, 1993

  71. Buckley, N.A., Application of radiant heating saves energy, ASHRAE Journal, September 1989

  72. Butcher, T., Condensing boilers and baseboard hydronic distribution systems, ASHRAE Transactions, vol. 112(1), 2006

  73. Butcher, T., Hydronic baseboard thermal distribution system with outdoor reset control to enable the use of a condensing boiler, Brookhaven National Laboratory, (for) Office of Buildings Technology U.S. Department of Energy, October, 2004

  74. Carpenter, S.C.,  Kokko, J.P., Radiant heating and cooling, displacement ventilation with heat recovery and storm water cooling: an environmentally responsible HVAC system, ASHRAE Transactions, vol. 104(2):1321-1326, 1998

  75. Carslaw, H.S., Jaeger J.C. (1959): Conduction of Heat in Solids, Oxford University Press, London, GB

  76. CEN (1994): EN ISO 10211-1: Thermal bridges in building construction – Heat flows and surface temperatures – Part 1: General calculation methods, 1994 

  77. CEN (1995): EN ISO 10211-2: Thermal bridges in building construction – Heat flows and surface temperatures – Part 2: Calculation of linear thermal bridges, 1995

  78. CEN (EN 15377): (2008), Design of embedded water based surface heating and cooling systems, Part1: Determination of the design heating and cooling capacity, Part2: Design, dimensioning and installation, Part 3: Optimizing for use of renewable energy sources, Brussels, Belgium.

  79. CEN/TC 228 (N568), Heating systems in buildings - Design of embedded water based surface heating and cooling systems - Part 3: Optimizing for use of renewable energy sources, prEN 15377-3, 2006

  80. Cena, K., de Dear, R., Field study of occupant comfort and office thermal environments in a hot-arid climate, ASHRAE RP-921, Final Report, December, 1998

  81. Chan, M.Y., Mak, C.W., Thermal Comfort Levels in a Room with Solar Radiation, Indoor and Built Environment,  17: 516-524, 2008 

  82. Chant, A. G., The heating of schools, The Journal of the Royal Society for the Promotion of Health, vol. 57: 678- 686, January, 1936

  83. Chantrasrisalai, C., Ghatti, V. , Fisher, D.E. , Scheatzle, D.G., Experimental validation of the EnergyPlus low-temperature radiant simulation,  ASHRAE Transactions. 109(2):614-623, 2003

  84. Chantrasrisalai, C., Ghatti, V. , Fisher, D.E., Scheatzle, D.G., Experimental validation of the EnergyPlus low-temperature radiant simulation, ASHRAE Transactions, vol. 109(2):614-623, 2003

  85. Chapman, K.S, Rutler, J., Watson, R. , Impact of heating system and wall surface temperatures on room operative temperature fields, ASHRAE Transactions, vol. 106(1):506-514, 2000

  86. Chapman, K.S. , Howell, J., Watson, R.D., Case studies and modeling for heating systems in special function buildings and residences with special emphasis on radiant panel systems - Radiant panel surface temperature over a range of ambient temperatures, ASHRAE Transactions, vol. 107(1 ):383-389, 2001

  87. Chapman, K.S. Jones, B.W., Simplified method to factor mean radiant temperature (MRT) into building and HVAC system design, ASHRAE RP-657, January 1995

  88. Chapman, K.S.,  Zhang, P., Radiant heat exchange calculations in radiantly heated and cooled enclosures, ASHRAE Transactions, vol. 101(1), 1995

  89. Chapman, K.S., DeGreef, J.M., Watson, R.D., Thermal comfort analysis using BCAP for retrofitting a radiantly heated residence (RP-907), ASHRAE Transactions, vol. 103(1):959-965, 1997

  90. Chapman, K.S., Develop simplified methodology to determine heat transfer design impacts associated with common installation alternatives for radiant conduit (tubing, cable, or element), ASHRAE RP-1036, 2006

  91. Chapman, K.S., Development of a simplified methodology to incorporate radiant heaters over 300°F into thermal comfort calculations, ASHRAE RP-1037, January 2003

  92. Chapman, K.S., Development of design factors for the combination of radiant and convective in-space heating and cooling systems, ASHRAE RP-907, 1997

  93. Chapman, K.S., Methodology to incorporate the effect of wavelength dependency of thermal and optical properties of window glass into in-space thermal comfort calculations, ASHRAE RP-1071, January 2003

  94. Chapman, K.S., Zhang, P., Energy transfer simulation for radiantly heated and cooled enclosures (RP-657), ASHRAE Transactions, vol. 102(1):76-85, 1996

  95. Chen, X., Kamimura, K., Katoh, A., Miura, M., Measurement of the indoor thermal environment using a radiant temperature sensor, ASHRAE Transactions, vol. 108(1):341-348, 2002

  96. Cho, S.H., Zaheer-uddin, M., Predictive control of intermittently operated radiant floor heating systems,  Energy Conversion and Management, 44:1333–42, 2003

  97. Chuangchid, P., Krarti M., Foundation heat loss from heated concrete slab-on-grade Floors, Building and Environment 36:637 -655, 2001

  98. Claesson, J., Hagentoft, C.E., Heat Loss to the ground from a building – I. General theory, building and environment, vol. 26(2):195-208, 1991

  99. Claridge, D., Gong, X., Archer, D.H., Development of a heat transfer model for the integrated façade heating, Proc. of 8th International Conference for Enhanced Building Operation (CD), San Francisco, CA, November 1-2, 2007

  100. Conniff, J.P., Strategies for reducing peak air conditioning loads by using heat storage in the building structure, NY-91-10-2, ASHRAE Transactions, vol. 97(1):704-709, 1991

  101. Conroy, C.L., Mumma, S.A., Ceiling radiant cooling panels as a viable distributed parallel sensible cooling technology integrated with dedicated outdoor-air systems, ASHRAE Transactions, vol. 107(1) ): 578-585, 2001

  102. Conroy, C.L., Mumma, S.A., Ceiling radiant cooling panels as a viable distributed parallel sensible cooling technology integrated with dedicated outdoor-air systems, ASHRAE Transactions, vol. 107(1), 2001

  103. Corgnati, S.P., Kindinis, A., Thermal mass activation by hollow core slab coupled with night ventilation to reduce summer cooling loads, Building and Environment, 42:3285–3297, 2007

  104. Cort, K.A., Dirks, J.A., Hostick, D.J., Elliott, D.B., Analyzing the life cycle energy savings of DOE-supported buildings technologies(PNNL-18658), Pacific Northwest National Laboratory (for U.S. Department of Energy), August 2009

  105. Dale, J.D., Ackerman, M.Y., The thermal performance of a radiant panel floor heating system, ASHRAE Transactions, vol. 99(1):23-34, 1993

  106. Dascalaki, E., Natural convection heat transfer coefficients from vertical and horizontal surfaces for building applications, Energy and Buildings, vol. 20:243-249, 1994

  107. Davies, M. G., Room internal heat exchange: New design method, Building Service Engineering,  8: 47-60, 1987

  108. Davies, M.G., A review of some methods for calculating internal longwave radiation exchange in buildings, Building Service Engineering , 13: 95-99, 1992

  109. Davies, M.G., Flaws in the environmental temperature model, Building Service Engineering , 13: 209-215, 1992

  110. De Carli, M.,  Olesen, B.W., Field measurements of operative temperatures in buildings heated or cooled by embedded water based radiant systems, ASHRAE Transactions, vol. 108:714-25, 2002

  111. De Carli, M., Olesen, B.W. , Field measurements of thermal comfort conditions in buildings with radiant surface cooling systems, Proceedings of Clima 2000, Naples, 2001

  112. De Carli, M., Peron, F., Romagnoni, P., Zecchin, R., Computer simulation of ceiling radiant heating and cooling panels and comfort evaluation, Proceedings of Healthy Buildings, Helsinki, 2000

  113. De Carli, M., Zarrella, A., Zecchin,  R., Comparison between a radiant floor and two radiant walls on heating and cooling energy demand, ASHRAE Transactions, vol. 115(2), Louisville 2009

  114. DeGreef, J., Chapman, K.S., Simplified thermal comfort evaluation of MRT gradients and power consumption predicted with the BCAP methodology, ASHRAE Transactions, vol. 104(2):1090-1097, 1998

  115. Deru, M.P., Kirkpatrick, A.T., Ground-coupled heat and moisture transfer from buildings, Part 1: Analysis and modeling, NREL/CP-550-29693, 2001

  116. Deru, M.P., Kirkpatrick, A.T., Ground-coupled heat and moisture transfer from buildings, Part 2: Analysis and modeling, NREL/CP-550-29694, 2001

  117. Dieckmann, J., Roth, K.W., Brodrick, J., Emerging technologies: Radiant ceiling cooling, ASHRAE Journal, vol. 46(6):42-43, June 2004

  118. Douglas, M., Electromagnetic Simulation Predictions of the Directional Spectral Absorptivity and Thermal Emittance of Fiber Carpet Surfaces, Electromagnetic Radiator Project(CY2) Report Contribution,  September  2005

  119. Duffie, J.A., Beckman, W.A., (1991), Solar Engineering of Thermal Processes, 2d ed, New York: Wiley Interscience

  120. Egan, G.F., Johnson, J., Farrell, M., McAllen, R., Zamarripa, F., McKinley, M. J., Lancaster, J., Denton, D., Fox, P.T., Cortical, thalamic, and hypothalamic responses to cooling and warming the skin in awake humans: A positron-emission tomography study, National Academy of Sciences, U.S.A., vol.102(14): 5262-5267, April 5, 2005

  121. Eijdems, H.H., Boerrsta, A.C., Op ‘t Veld, P.J., Low temperature heating systems: Impact on IAQ, thermal comfort and energy consumption, the Netherlands Agency for Energy and the Environment (NOVEM) (c.1996)

  122. Elovitz, K.M., Hydronic heating: Two systems compared, ASHRAE Journal, vol. 43(7):36-42, July 2001

  123. Eto, J.H., Cooling strategies based on indicators of thermal storage in commercial building mass, Annual Symposium on Improving Building Energy Efficiency in Hot and Humid Climates, ESL, Texas A&M University, College Station, Texas, 1984

  124. Fanger, O.P, Banhidi, L., Olesen, B.W, et al, Comfort limits for heated ceilings, ASHRAE Transactions 86(2): 141-156, 1980

  125. Fanger, O.P, Ipsen, B. M., Langkilde, G., Comfort limits for asymmetric thermal radiation, Energy and Buildings,  8(3):225-236, 1985

  126. Fanger, O.P., Radiation and discomfort, ASHRAE Journal 28(2):33-34, 1986

  127. Fanger, P., Calculation of thermal comfort: introduction of a basic comfort equation, ASHRAE Transactions, vol. 73(2):1-20, 1967

  128. Fanger, P.O., (1972), Thermal comfort analysis and applications in environmental engineering, McGraw-Hill, New York

  129. Farnham Field Evaluation, Interim Report, Path Technologies, September 2002

  130. Federspiel, C., Martin, R., Yan, H., Thermal comfort models and “call-out” (complaint) frequencies, ASHRAE RP-1129, c. 2001

  131. Feustel, H.E (1993) Hydronic Radiant Cooling Overview and Preliminary Performance Assessment, Lawrence Berkeley Laboratory, Indoor Environment Program, Energy and Environment Division, Berkeley, CA <accessed Oct. 2014>

  132. Feustel, H. E. , Stetiu, C., Hydronic radiant cooling—preliminary assessment, Energy and Buildings 22 (3): 193-205, 1995

  133. Feustel, H.E. (special issue editor), Special issue on hydronic radiant cooling, Energy and Buildings, 33(2), 1999

  134. Final report for field evaluation of PATH Technologies, Habitat for Humanity Home, Schenectady, NY, U.S. Department of Housing and Urban Development, The NAHB Research Center (Inc.), August 2003

  135. Fisher, D.E., An experimental investigation of mixed convection heat transfer in a rectangular enclosure, Ph.D. Thesis, Department of Mechanical and Industrial Engineering, University of Illinois at Urbana-Champaign, 1995

  136. Fisher, D.E., Design of an experimental facility for the investigation of convective heat transfer in enclosures, M.S. Thesis, Department of Mechanical and Industrial Engineering, University of Illinois at Urbana-Champaign, 1989

  137. Fitzgerald, D., Does warm air heating use less energy than radiant heating? A clear answer, Building Service Engineering, vol. 4:26-28, January 1983

  138. Fordham, M., Ryding, H., Radiant wall panel heating with mechanical ventilation, Building Service Engineering, vol. 1: 93-105, January 1980

  139. Friedlander, M., Premium heating with radiant slabs, Solar Age Magazine, 66–71, April 1986

  140. Fung, A., Good, J., Syed, A., Ugursal, V.I., Kujawski, W., Analysis of Renewable Energy Potential in the Residential Sector Through High-Resolution Building-Energy Simulation, Canada Mortgage and Housing Corporation, Technical Series 08-106, November 2008

  141. Gagge, A. P.,  Fobelets, A. P. , Berglund, L. G., A standard predictive index of human response to the thermal environment, ASHRAE Transactions. 92(2B):709-731, 1986

  142. Gan, G., Analysis of mean radiant temperature and thermal comfort, Building Services Engineering Research and Technology, 22(2):95-101, 2001

  143. Genest, F.,  Charneux, R., Montreal’s retail example, Mountain Equipment Co-op, ASHRAE High Performing Buildings, Winter 2008

  144. Genest, F., Minea, V., High-performance retail store with integrated HVAC systems, ASHRAE Transactions, vol. 112(2):342-348, 2006

  145. Gerpen van, J.H. and Shapiro, H.N., Analysis of slab heated buildings, ASHRAE Transactions, vol. 91(2):473-487, 1985

  146. Ghaddar, N., Ghali, K., Chakroun, W., Simplified thermal model with experiments to design optimized chilled ceiling and displacement ventilation system, ASHRAE RP-1438, Final Report, September, 2008

  147. Ghatti, V. S., Scheatzle, D. G., Bryan, H., Addison, M., Passive performance of a high-mass residence: actual data vs. simulation, ASHRAE Transactions, vol. 109(2):598-605, 2003

  148. Ghatti, V., Autif, S. M., Study of convective heat transfer in a radiatively cooled building using computational fluid dynamics, Arizona State University, 2002

  149. Gibbs, D.R., Control of multizone hydronic radiant floor heating Systems, ASHRAE Transactions, vol. 100(1):1003-1010, 1994

  150. Gong, X.,  Claridge, D.E., Investigation of a radiantly heated and cooled office with an integrated desiccant ventilation unit, Journal of Harbin Institute of Technology, vol. 13(sup), Oct. 2006

  151. Gong, X., Claridge, D.E., Archer, D.H., Infiltration investigation of a radiantly heated or cooled office, Proc. of 8th International Conference for Enhanced Building Operation (CD), San Francisco, CA, November 1-2, 2007

  152. Gong, X., Claridge, D.E., Impact of the position of a radiator to energy consumption and thermal comfort in a mixed radiant and convective heating system, Proc. of 6th International Conference for Enhanced Building Operation (CD), Pittsburgh, PA, October 11-13, 2005

  153. Gong, X., Claridge, D.E., Indoor humidity analysis of an integrated radiant cooling and desiccant ventilation system, Paper I-6-1,12 pp., Proc. of 7th International Conference for Enhanced Building Operations – Maximizing building energy efficiency and comfort, Part I, Shenzhen, China, November 6-8, 2006

  154. Gong, Xiangyang, Claridge, David E., Impact of the position of the radiators on energy consumption and thermal comfort in a mixed radiant and convective heating system,” ASHRAE Transactions., vol. 113(1), pp. 494-503, 2007

  155. Gong, Xiangyang, Investigation of a radiantly heated and cooled office with an integrated desiccant ventilation Unit, (Ph.D. Dissertation), Texas A&M University, August, 2007

  156. Green, M., Home heating, The Journal of the Royal Society for the Promotion of Health 97:177-183, 1977

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  158. Ground source heat pump systems; Benefits, drivers and barriers in residential developments, NHBC Foundation, IHS BRE Press, October 2007

  159. Gubareff, G.G., Janssen, J.E., Torborg, R.H., Thermal radiation properties survey, Minneapolis: Honeywell Research Center, 1960

  160. Gwerder, M., Lehmann, B., Todtli, J., Dorer, V., Renggli, F., Control of thermally-activated building systems (TABS), Applied Energy, 85:565–581, 2008

  161. Haddad, K. Purdy, J. Laouadi, A., Comparison of the performance of a forced-air and a radiant floor residential heating system connected to solar collectors  Journal of Solar Energy Engineering, pp. 468-472. 2007-11-01, <http://cat.inist.fr/?aModele=afficheN&cpsidt=19204067> accessed Oct. 4, 2010

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  164. Hale, E.T., Macumber, D.L., Long, , N.L., Griffith, B.T., Benne, K.S., Pless, S.D., Torcellini, P.A., Technical Support Document: Development of the Advanced Energy Design Guide for Medium Box Retail—50% Energy Savings, National Renewable Energy Laboratory, Technical Report NREL/TP-550-42828, September 2008,    < http://www.nrel.gov/docs/fy08osti/42828.pdf >, Accessed Oct. 21, 2010

  165. Hanibuchi, H. ,Hokoi, S., Basic Study of Radiative and Convective Heat Exchange in a Room with Floor Heating, ASHRAE Transactions. 104(1): 1098-1105, 1998.

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  467. - thanks to all for sending these in! Do you have editorial skills and would like to volunteer? Contact us via email.

     

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