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Hypocaust

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101: 20: 140: 121: 161:, supporting a layer of tiles, followed by a layer of concrete, then the floor tiles of the rooms above. Hot air and smoke from the furnace would circulate through this enclosed area and then up through clay or tile flues in the walls of the rooms above to outlets in the roof, thereby heating the floors and walls of the rooms above. These tile flues were referred to as 154:. They were also used in private homes. It was considered proper and necessary by the wealthier merchant class for their villas, throughout the Roman Empire. The ruins of Roman hypocausts have been found throughout Europe (for example in Italy, England, Spain, France, Switzerland, and Germany) and in Africa as well. 217:
to provide floor heating on similar principles as the hypocaust, drawing smoke from a wood fire typically used for cooking. Ondol heating was common in Korean homes until the 1960s, by which time dedicated ondol installations were typically used to warm the main room of the house, burning a variety
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Rooms intended to be the warmest were located nearest to the furnace below, the heat output of which was regulated by adjusting the amount of wood fed to the fire. It was expensive and labour-intensive to run a hypocaust, as it required constant attention to the fire and a lot of fuel, so it was a
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in a building that produces and circulates hot air below the floor of a room, and may also warm the walls with a series of pipes through which the hot air passes. This air can warm the upper floors as well. The word derives from the
245:, or warming rooms, which were heated via underground fires, as in the Roman hypocaust, but retained heat via granite stones. In Eastern Europe, the development of radiant ceramic or stone stoves were also used. In the 371:
A rudimentary treatise on warming and ventilation: being a concise exposition of the general principles of the art of warming and ventilating domestic and public buildings, mines, lighthouses, ships, etc
611: 241:. In Britain, from c.400 until c.1900, it was thought that central heating did not exist, and hot baths were rare. However, an evolution of the hypocaust was used in some monasteries in 795: 622: 271:
until the arrival of modern heating. After the fuel (mainly wood) was reduced to ashes, the air intake was closed to keep hot air inside and to slow
189:, so as to run the public baths efficiently. He also describes a device for adjusting the heat by a bronze ventilator in the domed ceiling. 771:
Garrett G. Fagan's paper "Sergius Orata: Inventor of the Hypocaust?" published in Phoenix, Vol. 50, No. 1 (Spring, 1996), pp. 56–66.
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Zhuang, Zhi; Li, Yuguo; Chen, Bin; Jiye; Guo (2009), "Chinese kang as a domestic heating system in rural northern China—A review",
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in c. 80 BC. Its invention improved the hygiene and living conditions of citizens, and was a forerunner of modern
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Dodds, Jerrilynn Denise; N.Y.), Metropolitan Museum of Art (New York); Alhambra, Patronato de la (1992-01-01).
481: 430: 393: 790: 800: 268: 234: 135:, in Britain. The floor has been removed to reveal the empty spaces through which the hot air would flow. 284: 280: 19: 296: 208:
uncovered a large castle complex, featuring a well-preserved hypocaust built between 200 and 400 BC.
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Remains of many Roman hypocausts have survived throughout Europe, western Asia, and northern Africa.
302: 72: 287:) was constructed in the 1720s with a hypocaust to heat a greenhouse for growing tropical plants. 682: 375: 263: 741: 51: 544:
Kacharava, D. (1990). "Archaeology in Georgia 1980-1990 (Post-Prehistoric to Pre-Mediaeval)".
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in about 15 BC, including details about how fuel could be conserved by building the hot room (
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The ceiling of the hypocaust was raised above the ground by pillars, called
158: 151: 237:, the hypocaust fell into disuse in the western provinces, but not in the 308: 242: 150:
Hypocausts were used for heating hot baths and other public buildings in
24: 249:, the Roman system was adopted for the heating of Hispano-Islamic baths 768: 473:
Vandals to Visigoths: Rural Settlement Patterns in Early Medieval Spain
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feature usually encountered only in large villas and public baths.
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A History of the English Speaking Peoples: The Birth of Britain
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Dating back to 1000 BC, Korean houses have traditionally used
336: 213: 76:). The earliest reference to such a system suggests that the 65: 59: 185:) for men next to that for women, with both adjacent to the 120: 104:
Ruins of the hypocaust under the floor of a Roman villa at
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Bean, Robert; Olesen, Bjarne W.; Kim, Kwang Woo (2010).
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Bean, Robert; Olesen, Bjarne W.; Kim, Kwang Woo (2010).
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describes their construction and operation in his work
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Central Heating, Installation, Maintenance and Repair
341: – Traditional Korean underfloor heating system 327: – Traditional Chinese heated masonry platform 709: 612:"History of Radiant Heating & Cooling Systems" 589:"History of Radiant Heating & Cooling Systems" 671: 782: 645: 363: 361: 599:– via Gale: Educators Reference Complete. 520:Illustrated Dictionary of Historic Architecture 80:in 350 BC was heated in this manner, although 738:"Archaeology in Annapolis: The Calvert House" 609: 586: 495: 493: 476:. University of Michigan Press. p. 185. 358: 716:. Metropolitan Museum of Art. p. 141. 347: – Form of central heating and cooling 204:, excavations in the ancient settlement of 796:Heating, ventilation, and air conditioning 490: 221:On a smaller scale, in Northern China the 16:Ancient Roman system of underfloor heating 543: 367: 391: 138: 119: 99: 18: 769:Disputing the priority of Sergius Orata 783: 639: 516: 499: 418: 195: 713:Al-Andalus: The Art of Islamic Spain 469: 311: – Tile-covered masonry heater 500:Forbes, Robert James (1965-01-01). 228: 218:of fuels such as coal and biomass. 13: 202:Georgian Soviet Socialist Republic 95: 14: 812: 752: 368:Tomlinson, Charles (1850-01-01). 279:, the house of Maryland governor 261:. A derivation of hypocaust, the 506:. Brill Archive. pp. 49–50. 392:Mitchell, Patrick (2008-03-01). 730: 703: 689: 665: 603: 517:Harris, Cyril M. (2013-02-28). 398:. WritersPrintShop. p. 3. 23:Hypocaust under the floor in a 580: 537: 510: 470:Carr, Karen Eva (2002-01-01). 463: 439: 412: 385: 1: 660:10.1016/j.enbuild.2008.07.013 503:Studies in Ancient Technology 422:Studies in Ancient Technology 351: 84:attributes its invention to 7: 290: 235:decline of the Roman Empire 10: 817: 447:"hypocaust | architecture" 285:Historic Inns of Annapolis 27:in Vieux-la-Romaine, near 425:. BRILL. pp. 54–55. 297:Ancient Roman engineering 70:, meaning "burnt" (as in 52:system of central heating 683:Dodd, Mead & Company 303:Ancient Roman technology 523:. Courier Corporation. 451:Encyclopedia Britannica 66: 60: 742:University of Maryland 546:Archaeological Reports 333: – Heating device 147: 136: 117: 47: 35: 419:Forbes (1966-01-01). 374:. J. Weale. pp.  277:British North America 200:In 1984–1985, in the 142: 123: 103: 22: 765:), by William Smith. 648:Energy and Buildings 239:Eastern Roman empire 225:has a long history. 110:Province of Palencia 64:meaning "under" and 791:Ancient Roman baths 196:Non-Roman analogues 145:Chesters Roman Fort 801:Ancient inventions 345:Underfloor heating 148: 137: 118: 36: 759:About Roman baths 673:Winston Churchill 283:(now part of the 247:Iberian Peninsula 78:Temple of Ephesus 808: 746: 745: 734: 728: 727: 707: 701: 700: 699:. 17 March 2017. 693: 687: 686: 669: 663: 662: 643: 637: 636: 634: 633: 627: 621:. 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Index


Roman villa
Caen
France
Latin
system of central heating
Ancient Greek
caustic
Temple of Ephesus
Vitruvius
Sergius Orata
central heating

La Olmeda
Province of Palencia
Castile and León

Caldarium
Roman Baths
Bath

Chesters Roman Fort
ancient Rome
pilae stacks
Vitruvius
De architectura
caldarium
tepidarium
Georgian Soviet Socialist Republic
Dzalisi

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