Numerical methods of evaluating heat- and mass-transfer coefficients and local heat fluxes in surface condensers are outlined using the correlations for the vapour-side coefficients of Berman and Fuks, Chilton and Colburn, and Akers, Davis and Crawford. The procedures are particularly appropriate where a digital computer is used in solving the equations.
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References
1.
ArchboldM. J.MiholitsF. V.LeidnerA.PersonC. E.‘Economic sizing of condensers through the use of the digital computer’, Proc. Amer. Power Conf.196022, 332.
2.
ChisholmD.FinlayI. C.FooteM. R.‘A feedheater design programme for a digital computer’, in National Engineering Laboratory, The condensation of superheated steam1962103–128 (H.M. Stationery Office, Edinburgh).
3.
FooteM. R.‘Two computer programmes for feedheaters’, NEL Report No. 58, 1962 (National Engineering Laboratory, East Kilbride, Glasgow).
4.
HartlineD. J.‘Liquid-liquid heat exchanger design’, Amer. Inst. Chem. Engrs Computer Programme Manual No. 2, 1960 (American Institute of Chemical Engineers, New York, N.Y.).
5.
FishendenM.SaundersO. A.An introduction to heat transfer1950 (Oxford University Press, London).
6.
BerglesA. E.RohsenowW. M.‘The influence of temperature difference on the turbulent forced-convection of water’, Trans. Amer. Soc. mech. Engrs, J. Heat Transfer196284 (Series C), 268.
RohsenowW. M.‘Heat transfer and temperature distribution in laminar-film condensation’, Trans. Amer. Soc. mech. Engrs195678 (8), 1645.
9.
BromleyL. A. Contribution to discussion of reference (8).
10.
LabuntsovD. A.‘Effect of temperature dependence of physical parameters of condensate on heat transfer in film condensation of steam’ (in Russian), Teploenergetika19574 (2), 49.
11.
ChisholmD.ProvanT. F.‘A review of heat and mass transfer during condensation, in surface heat exchangers’, NEL Report No. 96, 1963 (National Engineering Laboratory, East Kilbride, Glasgow).
12.
BermanL. D.‘Experimental investigations of steam condensation in a medium of non-condensable gases’ (in Russian), Teploenergetika19574 (6), 43.
13.
BermanL. D.FuksS. N.‘Mass exchange in horizontal tube condenser with steam containing air’ (in Russian), Teploenergetika19585 (8), 66. English translation C.E. 1423 (Central Electricity Generating Board, London).
14.
BermanL. D.FuksS. N.‘Calculation of surface heat exchange equipment for the condensation of steam from a steam-air mixture’ (in Russian), Teploenergetika19596 (7), 74.
15.
ColburnA. P.‘A method of correlating forced convection heat transfer data and a comparison with fluid friction’, Trans. Amer. Inst. chem. Engrs193329, 174.
16.
ChiltonT. H.ColburnA. P.‘Mass transfer (absorption) coefficients’, Industr. and Engng Chem.193426 (11), 1183.
17.
AkersW. W.DavisS. H.CrawfordJ. E.‘Condensation of a vapour in the presence of a non-condensing gas’, Chem. Engng Progr. Symp. Ser.196056 (30), 139.
18.
FuksS. N.‘Heat transfer during the condensation of steam flowing in a horizontal tube bundle’ (in Russian), Teploenergetika19574 (1), 35.
19.
WhittakerE.RobinsonG.The calculus of observation1944 (Blackie, London).
20.
AckermannG.‘Simultaneous heat and mass transfer with large temperature and partial pressure differences’ (in German), VDI Forschungsh.19378 (382), 1.
21.
SilverR. S.‘An approach to a general theory of surface condensers’, Proc. Instn mech. Engrs, Lond.1963–64178 (Pt 1), 339.