Mogućnosti i ograničenja predviđanja vazdušne struje, temperatura i brzine u vеlikim halama korišćenjem modela
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Jul 26, 2019
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Apstrakt
Osnovni је zakon u tehnici klimatizacije da uređaj za klimatizaciju vazduha ne može nikada biti bolji nego što је rasprostiranje vazduha
u prostoru о kome је reč. Da bi biо u stanju da јеmči zadovoljavajuće usJove strujanja vazduha u prostoriji, projektant sistema za klimatizaciju vazduha mora posedovati znanja о strujanju vazduba u prostoru koji treba ventilirati odnosno, klimatizovati.
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Kako citirati
ROLLOS, M..
Mogućnosti i ograničenja predviđanja vazdušne struje, temperatura i brzine u vеlikim halama korišćenjem modela.
Zbornik Međunarodnog kongresa i izložbe o KGH, [S.l.], v. 8, n. 1, p. 287-303, july 2019.
Dostupno na: <https://izdanja.smeits.rs/index.php/kghk/article/view/5158>. Datum pristupa: 05 sep. 2026
Sekcija
Komisija E1
Reference
[1] MULLEJANS, H.: Uber die Ahnlichkeit der nicht-isothermen Stromung und den Warmeubergang in Raumen mit Strahlliiftung (On the similarity of the non-isothermal flow and the heat transfer in spaces ventilated with air jets). DiSs. TH Aachen, Juli 1963.
[2] BATURIN, W. W.: Lilftungsanlagen fvir Industriebauten (Ventilation installations for industrial halls). VEB Verlag Technik, Berlin 1953; 2e Auflage 1959.
[3] PARCZEWSKI, K. I. and P. N. RENZI : Scale model studies of temperature distributions in internally heated enclosures. ASHRAE Journal (1963) July, pp. 66-68, 84 , 89.
[4] DAVIDOVICI, P. : Žtudes de temperatures interieures sur maquet-tes dans la ventilation naturelle et l – ™air pulse. (Investigations on intemal temperatures in scale models at conditions of free and forced ventilation). Industries Thermiques (1964) 10, p. 513-526.
[4] SKARET, E. : Romklimatiske modeller; om str^mingstekniske modeller av ventilerte rom (Air flow scale models of ventilated rooms). Universitetet i Trondheim, Institutt for varme-, ventila-sjonsog sanitaerteknikk, august 1973.
[4] MOOG, W. and F. SODEC: Raumstromungsuntersuchungen fiir das Projekt Stadthalle Aachen (Investigations on air flow conditi-ons for the project – ™Stadthalle Aachen – ™). Heizung, Liiftung, Haustechnik 27 (1976) Nr. 11, S. 390-4 00; Nr. 12, S. 442-448
[6] SCHWARZ, W. H. und W. P. Cosart: The two-dimensional turbulent wall-jet. J. Fluid Mech. 10 (1961), pp. 481-95.
[7] RICOU, F. P. and D.B. SPALDING: Measurements of entrainment by axisymmetrical turbulent jets. J. Fluid Mech. 11 (1961), pp. 21-3
[8] MULLEJANS, H.: Uber die Bedingungen von Modellversuchen in der Klimatechnik (On the criteria of model experiments in air conditioning technique). Klima + Kalte Ingenieur (1973) 8, S.
33-38.
[9] LINKE, W. : Eigenschaften der Strahlliiftung (Properties of air jet ventilation). Kaltetechnik + Klimatisierung 18 (1966) 3, S. 122-126.
[2] BATURIN, W. W.: Lilftungsanlagen fvir Industriebauten (Ventilation installations for industrial halls). VEB Verlag Technik, Berlin 1953; 2e Auflage 1959.
[3] PARCZEWSKI, K. I. and P. N. RENZI : Scale model studies of temperature distributions in internally heated enclosures. ASHRAE Journal (1963) July, pp. 66-68, 84 , 89.
[4] DAVIDOVICI, P. : Žtudes de temperatures interieures sur maquet-tes dans la ventilation naturelle et l – ™air pulse. (Investigations on intemal temperatures in scale models at conditions of free and forced ventilation). Industries Thermiques (1964) 10, p. 513-526.
[4] SKARET, E. : Romklimatiske modeller; om str^mingstekniske modeller av ventilerte rom (Air flow scale models of ventilated rooms). Universitetet i Trondheim, Institutt for varme-, ventila-sjonsog sanitaerteknikk, august 1973.
[4] MOOG, W. and F. SODEC: Raumstromungsuntersuchungen fiir das Projekt Stadthalle Aachen (Investigations on air flow conditi-ons for the project – ™Stadthalle Aachen – ™). Heizung, Liiftung, Haustechnik 27 (1976) Nr. 11, S. 390-4 00; Nr. 12, S. 442-448
[6] SCHWARZ, W. H. und W. P. Cosart: The two-dimensional turbulent wall-jet. J. Fluid Mech. 10 (1961), pp. 481-95.
[7] RICOU, F. P. and D.B. SPALDING: Measurements of entrainment by axisymmetrical turbulent jets. J. Fluid Mech. 11 (1961), pp. 21-3
[8] MULLEJANS, H.: Uber die Bedingungen von Modellversuchen in der Klimatechnik (On the criteria of model experiments in air conditioning technique). Klima + Kalte Ingenieur (1973) 8, S.
33-38.
[9] LINKE, W. : Eigenschaften der Strahlliiftung (Properties of air jet ventilation). Kaltetechnik + Klimatisierung 18 (1966) 3, S. 122-126.