Uticaj zračenja na prelaz toplote i mase pri slobodnoj konvenciji uz izdvajanje inja na kriopovršini
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Jul 24, 2019
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Procesisimultanogprelazatoplote i maseprislobodnojkonvekciji, sa vlažnogvazduha na kriopovršinu, uz izđvajanjainja, nisudovoljnoširokoproučeninititeorijskinitieksperimentalno. Na osnovuraspoloživogliteratumogmaterijala se možezaključiti da postojiozbiljannedostatak pouzdanogmodela, kojim bi se, u ovakokomplikovanomfenomenu, izražavaiiprocesisimuitanogkonvektivnogprelazatoplote i mase.
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BAČLIĆ, B.; DIMIĆ, M.; SEKULIĆ, D..
Uticaj zračenja na prelaz toplote i mase pri slobodnoj konvenciji uz izdvajanje inja na kriopovršini.
Zbornik Međunarodnog kongresa i izložbe o KGH, [S.l.], v. 8, n. 1, p. 69-83, july 2019.
Dostupno na: <https://izdanja.smeits.rs/index.php/kghk/article/view/5060>. Datum pristupa: 13 oct. 2026
Sekcija
Komisija B1
Reference
[1] R. F. BARRON: Heat and mass transfer to a cryosurface in free convection, PhD dissertation. The Ohio State University, Golumbus, Ohio (1964).
[2] L. A. KENNEDY and J. GOODMAN: Free convection heat and mass transfer under conditions of frost deposition. Int. J. Heat Mass Transfer, Vol.17 (1974) pp. 477-484.
[3 ] R. F.BARRON and L. S.HAN: Heat and mass transfer to a cryo-surface in free convection. J. Heat Transfer, Trans.ASME, Series C,Vol. 87 (1965) pp.499-506
[4] C. A. WHITEHURST: Heat and mass transfer by free convection from humid air to a metal plate under frosting conditions. ASHRAE Jl. ,Vol.4 (may 1962) pp. 58-69.
[5] D. C.HOLTEN: A study of heat and mass transfer to unisolated liquid oxigen containers. Advances in Cryogenic Engineering,Vol. 6, Plenum Press, New York (1961) pp.499-508.
[6] J. L. LOPER and E.R. HEATHERLY: Vapor losses in cylindrical containers of aluminium and fiberglas laminate filled with liquid nitrogen and exposed to climatic heating. Structures and Mecha-nic Laboratory, GMDD, TN G-002, 4 august 1955.
[7] F.E.RUCCIA and C.M. MOHR: Atmospheric heat transfer to ver-tical tanks filled with liquid oxigen. Advances in Cryogenic Engi-neering, Vol.4, Plennum Press, New York (1960), pp. 307-318.
[8] E.R.G.ECKERT and R. M.DRAKE: Analysis of heat and mass transfer. Mc Graw Hill, New York (1959) pp.456-464
[9] Yu.D.SOKOLOV: Metod osredneniya funkcionalnih popravok (Method of averaging functional corrections). Naukova dumka,Kiev (1967).
[10] V. V.SALOMATOV and E.M. PUZYREV: Vliyanie teplovogo izluche-niya na laminarnyi pogranichnyi sloi nepogloshchei zhidkosti (in-fluence of thermal radiation on laminar boundary layer of a tran-spirant liquid). IFZH, Vol.XX, No 6 (1971) pp. 1008-1015. .
[11] R. D. CESS: The interaction of thermal radiation with conduction and convection heat transfer. In "Advances in Heat Transfer", Vol. 1, Academic Press, New York (1964).
[2] L. A. KENNEDY and J. GOODMAN: Free convection heat and mass transfer under conditions of frost deposition. Int. J. Heat Mass Transfer, Vol.17 (1974) pp. 477-484.
[3 ] R. F.BARRON and L. S.HAN: Heat and mass transfer to a cryo-surface in free convection. J. Heat Transfer, Trans.ASME, Series C,Vol. 87 (1965) pp.499-506
[4] C. A. WHITEHURST: Heat and mass transfer by free convection from humid air to a metal plate under frosting conditions. ASHRAE Jl. ,Vol.4 (may 1962) pp. 58-69.
[5] D. C.HOLTEN: A study of heat and mass transfer to unisolated liquid oxigen containers. Advances in Cryogenic Engineering,Vol. 6, Plenum Press, New York (1961) pp.499-508.
[6] J. L. LOPER and E.R. HEATHERLY: Vapor losses in cylindrical containers of aluminium and fiberglas laminate filled with liquid nitrogen and exposed to climatic heating. Structures and Mecha-nic Laboratory, GMDD, TN G-002, 4 august 1955.
[7] F.E.RUCCIA and C.M. MOHR: Atmospheric heat transfer to ver-tical tanks filled with liquid oxigen. Advances in Cryogenic Engi-neering, Vol.4, Plennum Press, New York (1960), pp. 307-318.
[8] E.R.G.ECKERT and R. M.DRAKE: Analysis of heat and mass transfer. Mc Graw Hill, New York (1959) pp.456-464
[9] Yu.D.SOKOLOV: Metod osredneniya funkcionalnih popravok (Method of averaging functional corrections). Naukova dumka,Kiev (1967).
[10] V. V.SALOMATOV and E.M. PUZYREV: Vliyanie teplovogo izluche-niya na laminarnyi pogranichnyi sloi nepogloshchei zhidkosti (in-fluence of thermal radiation on laminar boundary layer of a tran-spirant liquid). IFZH, Vol.XX, No 6 (1971) pp. 1008-1015. .
[11] R. D. CESS: The interaction of thermal radiation with conduction and convection heat transfer. In "Advances in Heat Transfer", Vol. 1, Academic Press, New York (1964).