Koeficijenti lokalnih padova pritiska na elementima u vazdušnim kanalima
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U članku su navedeni koeficijenti lokalnih padova pritiska na elementima u vazdušnim kanalima.
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ODBOR, Redakcioni.
Koeficijenti lokalnih padova pritiska na elementima u vazdušnim kanalima.
KGH – Klimatizacija, grejanje, hlađenje, [S.l.], v. 14, n. 4, p. 88-92, mar. 2017.
ISSN 2560-340X.
Dostupno na: <https://izdanja.smeits.rs/index.php/kgh/article/view/2063>. Datum pristupa: 22 apr. 2026
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Reference
[1] Idelchik, 1. E.: Handbook of Hydraulic Resistance, 2nd ed., Mashinostroenia Publishing HouÂse, Moscow, USSR, 1975.
[2] Brandt, A. D. and R. J. Steffy: Energy losses at suction hoods, ASHVE Transactions, Vol. 52, 1946, str. 205.
[3] *** : Designer's Handbook, Part II, Ventilation and Air Conditioning, Stryzdat, Moscow, 1977, str. 256-267 .
[4] Locklin, D. W.: Energy losses in 90·degree duct elbows, ASHVE Transactions, Vol. 56, J950. str. 479.
[5] Madison, R. D. and J. R. Parker: Pressure tosÂses in rectangular elbows, ASME Transactions, 1936, str. 167.
[6] Rozell, J. M.: Duct turning vanes in 90-degree elbows, ASHRAE Transactions , Vel. 80, Part 2, 1974, str. 53.
[7] *** : Neobjavljeni podaci zasnovani na ispitivanjima obavljenim pod pokroviteljstvom SMACNA, 1979. i 1980, a izvedenim u ETL Testing Laboratories, Inc., Cortland, NY (Sheet Metal and Air Conditioning Contractors' National Association, Vienna, VA)
[8] Behls, H. F. and W. K. Brown: Pressure loss coefficients for the 45-degree return air tee, Building Science Series 39, U. S. National Bureau of Standards, October 1971, str. 375.
[9] Sepsy, C. F. and D. B. Pies: An experimental Study of the Pressure Losses in Converging Flow Fittings Used in Exhaust Systems (prepared by Ohio State University for National InstiÂtute for Occupational Safety and Health, DocuÂment PB-221-130, April 1973)
[10] Jores, C. D. and C. F. Sepsy: Branch Loss Coefficients (or 12 x 12 x 8 Plain and Comination DiÂvided Flow Fittings (United Sheet Metal, Div.
of United McGill Corp., Columbus, OH, April 1969)
[11] Jones, C. D. and C. F. Sepsy: Friction Loss CoefÂficients for Four 12 x 10 x 8 Divided Flow Fittings and Various Combinations for Branch CrossoÂver (United Sheet Metal, Div. of United McGill Corp., Columus, OH, June 1963)
[12] Kliatchko, L. S. and V. F. Pustoshnaia: Research for the influence of some construction elements of rectangular tees on their aerodynaÂmic characteristics (Design and Ins tallation of Sanitary Systems, State Research Institute, Leningrad, 1970, str. 46.
[13] Korst, et al. : Fitting losses for extended-plenum forced air systems, ASHVE Transactions, Vol. 56, 1950, str. 259.
[14] Brown, E. J. and J. R. Fellows: Pressure losses and flow characteristics of multip le-leaf damÂpers, Heating, Piping and Air Conditioning, August 1957, str. 119.
[2] Brandt, A. D. and R. J. Steffy: Energy losses at suction hoods, ASHVE Transactions, Vol. 52, 1946, str. 205.
[3] *** : Designer's Handbook, Part II, Ventilation and Air Conditioning, Stryzdat, Moscow, 1977, str. 256-267 .
[4] Locklin, D. W.: Energy losses in 90·degree duct elbows, ASHVE Transactions, Vol. 56, J950. str. 479.
[5] Madison, R. D. and J. R. Parker: Pressure tosÂses in rectangular elbows, ASME Transactions, 1936, str. 167.
[6] Rozell, J. M.: Duct turning vanes in 90-degree elbows, ASHRAE Transactions , Vel. 80, Part 2, 1974, str. 53.
[7] *** : Neobjavljeni podaci zasnovani na ispitivanjima obavljenim pod pokroviteljstvom SMACNA, 1979. i 1980, a izvedenim u ETL Testing Laboratories, Inc., Cortland, NY (Sheet Metal and Air Conditioning Contractors' National Association, Vienna, VA)
[8] Behls, H. F. and W. K. Brown: Pressure loss coefficients for the 45-degree return air tee, Building Science Series 39, U. S. National Bureau of Standards, October 1971, str. 375.
[9] Sepsy, C. F. and D. B. Pies: An experimental Study of the Pressure Losses in Converging Flow Fittings Used in Exhaust Systems (prepared by Ohio State University for National InstiÂtute for Occupational Safety and Health, DocuÂment PB-221-130, April 1973)
[10] Jores, C. D. and C. F. Sepsy: Branch Loss Coefficients (or 12 x 12 x 8 Plain and Comination DiÂvided Flow Fittings (United Sheet Metal, Div.
of United McGill Corp., Columbus, OH, April 1969)
[11] Jones, C. D. and C. F. Sepsy: Friction Loss CoefÂficients for Four 12 x 10 x 8 Divided Flow Fittings and Various Combinations for Branch CrossoÂver (United Sheet Metal, Div. of United McGill Corp., Columus, OH, June 1963)
[12] Kliatchko, L. S. and V. F. Pustoshnaia: Research for the influence of some construction elements of rectangular tees on their aerodynaÂmic characteristics (Design and Ins tallation of Sanitary Systems, State Research Institute, Leningrad, 1970, str. 46.
[13] Korst, et al. : Fitting losses for extended-plenum forced air systems, ASHVE Transactions, Vol. 56, 1950, str. 259.
[14] Brown, E. J. and J. R. Fellows: Pressure losses and flow characteristics of multip le-leaf damÂpers, Heating, Piping and Air Conditioning, August 1957, str. 119.