Istorija sistema za grejanje i hlađenje zračenjem (II)
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Jan 16, 2017
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U prvom delu članka, objavljenom u broju 4/2010. ovoga časopisa, bilo je reči o razvoju grejanja i hlađenja zračenjem u Aziji. Od III veka pre nove ere, u Evropi se razvijao sistem podnog grejanja pod nazivom hipokaust (hypocaustum) [1]. Sistem su činili peć (hypocausis) i niz prolaza kojima topli vazduh ide ispod poda na stubovima koji nose ploču i taj vazduh se zatim ispušta kroz šupljine u zidovima.
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BEAN, Robert; OLESEN, Bjarne W.; KIM, Kwang Woo.
Istorija sistema za grejanje i hlađenje zračenjem (II).
KGH – Klimatizacija, grejanje, hlađenje, [S.l.], v. 40, n. 1, p. 131-135, jan. 2017.
ISSN 2560-340X.
Dostupno na: <https://izdanja.smeits.rs/index.php/kgh/article/view/1300>. Datum pristupa: 17 apr. 2026
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Sekcija
KGH nekada
Reference
[1] D – ™Ambrosio, F. R., et al. 2006, Sulla termotecnica in epoca romana, Proceedings of Storia dell – ˜Ingegneria.
[2] Fagan, G. G. 1996, Sergius Orata: inventor of the hypocaust? Phoenix 50(1):56 – 66.
[3] Rashti, C., et al. 2007, Urban Conservation and Area Development in Afghanistan, pp. 10, 12. Aga Khan Historic Cities Programme.
[4] Kennedy, H. 2005, From Polis to Madina: urban change in late antique and early Islamic Syria, Past and Present (106).
[5] Chennaoui, Y. 2009, Architectural correlation analysis of the hammams of Cherchell, Algeria: linear vs aggregate space in the traditional bath, International Journal of Architectural Research 3(1):151, 167.
[6] Emadi, H. 2005, Culture and Customs of Afghanistan, pp.128. Westport, Conn.: Greenwood Press.
[7] Yoldas, C. 2004, A Prototypical (School) Design Strategy for Soil-cement Construction in Afghanistan, Ph. D. thesis, Kansas State University.
[8] Manley, J. K. 1954, Radiant Heating, Radiant Cooling, School of Architecture, Pratt Institute.
[9] Bruegmann, R. 1978, Central heating and forced ventilation: origins and effects on architectural design, The Journal of the Society of Architectural Historians 37(3):143 – 160.
[10] Bean, R., B. Olesen, K. W. Kim, 2010, History of radiant heating & cooling systems: Part I, ASHRAE Journal 52(1):40 – 47.
[11] Stetiu, C. 1998, Radiant Cooling in U. S. Office Buildings: Towards Eliminating the Perception of Climate-Imposed Barriers, Chapter 2. Ph. D. thesis, Energy and Resources Group, University of California, Berkeley.
[12] Adlam, T. N. 1949, Radiant Heating, Second Edition, p. 9. N.Y.: The Industrial Press.
[13] Dufton, A. F. 1940 – 41, Early application of engineering to the warming of buildings, Newcomen Society Transactions.
[14] *** Chartered Institution of Building Services Engineers. Heritage Group Web site: www.hevac-heritage.org.
[15] Adlam, T. N. 1949, Radiant Heating, Second Edition, p. 107. N.Y.: The Industrial Press.
[16] Adlam, T. N. 1949, Radiant Heating, Second Edition, p. 9. N.Y.: The Industrial Press. (Some references cite 1907, and others cite 1908. The authors speculate the system was developed in 1907 and later patented in 1908)
[17] Giesecke, F. E. 1947, Hot-water Heating and Radiant Heating and Radiant Cooling, p. 20.2. Austin, Texas: Technical Book Company.
[18] Bean, R. 2007, History and influence of PEX pipe on indoor environmental quality, www.healthyheating.com/History_of_Pex.htm.
[19] Tadworth, B. M. R. 2009, The Story of Comfort Air Conditioning An Introductory Essay, The Evolution of Office Buildings and Air Conditioning, p. 4. Chartered Institution of Building Services Engineers, Heritage Group.
[20] Smith, S., J. Sweet, 2004/2006, A brief history of radiant heating, Reeves Journal (1).
[21] Hammann, R. E. 2005, Systems Integration: Energy Efficient Automotive Research Center With Radiant Cooling Floors, 1st International Intelligent and Green Building Technologies and Products Conference & Expo Beijing, China.
[22] Dixon, J. M. 2007, Murphy/Jahn joins engineers Werner Sobek and Matthias Schuler to bring Suvarnabhumi Airport, Bangkok – ™s sleek new air terminal, in for a landing, Architectural Record (8).
[23] Edgerton, S. Y. 1961, Heat and style: eighteenth-century house warming by stoves, The Journal of the Society of Architectural Historians 20(1):20 – 26.
[24] *** U. S. Government Printing Office, 1883, The Medical and Surgical History of the War of the Rebellion, P. III., V II., Surgical History, pp. 921.
[25] *** U. S. Library of Congress. 2003, The Chinese in California, 1850 – 1925, http: //memory. loc.gov/ammem/award9 9/cubhtml/theme7.html.
[26] Lawrence, J., J. Whitehorne, C. Geier. 2006, Correspondence.
[27] *** Chase Brass & Copper Co. 1945, Chase Radiant Heating Manual, Part I, pp. 15.
[28] Kaufmann, E., ed. 1956, An American Architecture: Frank Lloyd Wright, pp. 137 – 138. Horizon Press.
[29] Bean, R. 2008, Radiant heating and cooling, part I – history, Proceedings of Ontario Association of Architects.
[30] Rush, K. 1997, Odyssey of an Engineering Researcher, The Engineering Institute of Canada, History & Archives.
[31] Zhuang, Z, Y. Li, B. Chen. 2009, Smoke flow in Chinese kangs, Indoor Built Environment 18(3):219 – 233.
[32] *** Business Research Group. 2006, Denmark Heating Report
[33] *** McGraw Hill Construction. 2008, Products and Players – ™ Trend.
[2] Fagan, G. G. 1996, Sergius Orata: inventor of the hypocaust? Phoenix 50(1):56 – 66.
[3] Rashti, C., et al. 2007, Urban Conservation and Area Development in Afghanistan, pp. 10, 12. Aga Khan Historic Cities Programme.
[4] Kennedy, H. 2005, From Polis to Madina: urban change in late antique and early Islamic Syria, Past and Present (106).
[5] Chennaoui, Y. 2009, Architectural correlation analysis of the hammams of Cherchell, Algeria: linear vs aggregate space in the traditional bath, International Journal of Architectural Research 3(1):151, 167.
[6] Emadi, H. 2005, Culture and Customs of Afghanistan, pp.128. Westport, Conn.: Greenwood Press.
[7] Yoldas, C. 2004, A Prototypical (School) Design Strategy for Soil-cement Construction in Afghanistan, Ph. D. thesis, Kansas State University.
[8] Manley, J. K. 1954, Radiant Heating, Radiant Cooling, School of Architecture, Pratt Institute.
[9] Bruegmann, R. 1978, Central heating and forced ventilation: origins and effects on architectural design, The Journal of the Society of Architectural Historians 37(3):143 – 160.
[10] Bean, R., B. Olesen, K. W. Kim, 2010, History of radiant heating & cooling systems: Part I, ASHRAE Journal 52(1):40 – 47.
[11] Stetiu, C. 1998, Radiant Cooling in U. S. Office Buildings: Towards Eliminating the Perception of Climate-Imposed Barriers, Chapter 2. Ph. D. thesis, Energy and Resources Group, University of California, Berkeley.
[12] Adlam, T. N. 1949, Radiant Heating, Second Edition, p. 9. N.Y.: The Industrial Press.
[13] Dufton, A. F. 1940 – 41, Early application of engineering to the warming of buildings, Newcomen Society Transactions.
[14] *** Chartered Institution of Building Services Engineers. Heritage Group Web site: www.hevac-heritage.org.
[15] Adlam, T. N. 1949, Radiant Heating, Second Edition, p. 107. N.Y.: The Industrial Press.
[16] Adlam, T. N. 1949, Radiant Heating, Second Edition, p. 9. N.Y.: The Industrial Press. (Some references cite 1907, and others cite 1908. The authors speculate the system was developed in 1907 and later patented in 1908)
[17] Giesecke, F. E. 1947, Hot-water Heating and Radiant Heating and Radiant Cooling, p. 20.2. Austin, Texas: Technical Book Company.
[18] Bean, R. 2007, History and influence of PEX pipe on indoor environmental quality, www.healthyheating.com/History_of_Pex.htm.
[19] Tadworth, B. M. R. 2009, The Story of Comfort Air Conditioning An Introductory Essay, The Evolution of Office Buildings and Air Conditioning, p. 4. Chartered Institution of Building Services Engineers, Heritage Group.
[20] Smith, S., J. Sweet, 2004/2006, A brief history of radiant heating, Reeves Journal (1).
[21] Hammann, R. E. 2005, Systems Integration: Energy Efficient Automotive Research Center With Radiant Cooling Floors, 1st International Intelligent and Green Building Technologies and Products Conference & Expo Beijing, China.
[22] Dixon, J. M. 2007, Murphy/Jahn joins engineers Werner Sobek and Matthias Schuler to bring Suvarnabhumi Airport, Bangkok – ™s sleek new air terminal, in for a landing, Architectural Record (8).
[23] Edgerton, S. Y. 1961, Heat and style: eighteenth-century house warming by stoves, The Journal of the Society of Architectural Historians 20(1):20 – 26.
[24] *** U. S. Government Printing Office, 1883, The Medical and Surgical History of the War of the Rebellion, P. III., V II., Surgical History, pp. 921.
[25] *** U. S. Library of Congress. 2003, The Chinese in California, 1850 – 1925, http: //memory. loc.gov/ammem/award9 9/cubhtml/theme7.html.
[26] Lawrence, J., J. Whitehorne, C. Geier. 2006, Correspondence.
[27] *** Chase Brass & Copper Co. 1945, Chase Radiant Heating Manual, Part I, pp. 15.
[28] Kaufmann, E., ed. 1956, An American Architecture: Frank Lloyd Wright, pp. 137 – 138. Horizon Press.
[29] Bean, R. 2008, Radiant heating and cooling, part I – history, Proceedings of Ontario Association of Architects.
[30] Rush, K. 1997, Odyssey of an Engineering Researcher, The Engineering Institute of Canada, History & Archives.
[31] Zhuang, Z, Y. Li, B. Chen. 2009, Smoke flow in Chinese kangs, Indoor Built Environment 18(3):219 – 233.
[32] *** Business Research Group. 2006, Denmark Heating Report
[33] *** McGraw Hill Construction. 2008, Products and Players – ™ Trend.