Page 324 - Applied Process Design For Chemical And Petrochemical Plants Volume III

66131_Ludwig_CH10H-J 5/30/2001 4:47 PM Page 283

Heat Transfer 283

163. Gruver, M. E., Jr. and R. Pike, “Getting Jacketed Reactors to 186. Yilmaz, S. B., “Horizontal Shellside Thermosiphon Reboil-
Perform Better,” Chem. Eng., V. 95, No. 18, p. 149 (1988). ers,” Chem. Eng. Prog., V. 83, No. 11 (1987).
164. Pierce, B. L., “Heat Transfer Colburn-Factor Equation Spans 187. Hahne, E. and W. Grigull, Heat Transfer in Boiling, Academic
All Fluid Flow Regimes,” Chem. Eng., p. 113, Dec. 17, (1979). Press/Hemisphere Publishing Co. (1977).
165. Edmister, W. C. and J. M. Marchello, “Design of Heat 188. Jacobs, J. K., “Reboiler Selection Simplified,” Hydro. Proc. &
Exchangers, Part 17, Applied Heat Transfer Design for the Petroleum Refiner, V. 40, No. 7, p. 189 (1961).
HPI,” Petro/Chem. Eng., p. 98, July (1966). 189. McNelly, M. J., Imperial College, England, Chem. Eng. Soc., V.
166. Rohsenow, W. M. and J. P. Hartnett, Handbook of Heat Transfer, 7 (1953).
McGraw-Hill, Inc. (1973). 190. Gilmour, C. H., “Nucleate Boiling—A Correlation,” Chem.
167. Chen, M. M., Jour. Heat Transfer, Trans. ASME, C 83:55 (1961). Eng. Prog. V. 54, No. 10, p. 77 (1958).
168. Wolf, H., Heat Transfer, Harper and Row, Publishers, Inc. 191. Zuber, N., “Paper No. 57-HT.4,” Trans. ASME, V. 80, p. 711,
(1983). April (1958).
169. Gentry, C. C., “RODbaffle Heat Exchanger Technology,” 192. Jens, W. H., “Boiling Heat Transfer,” Mech. Eng. Magazine, V.
Chem. Eng. Prog., V. 86, No. 7, p. 48 (1990). 76, No. 12, p. 981, American Society of Mechanical Engi-
170. Gentry, C. C., R. K. Young, and W. M. Small, “RODbaffle Heat neers, Inc., Dec. (1954).
Exchanger Thermal-Hydraulic Predictive Methods for Bare 193. Fair, J. R., and A. Klip, “Thermal Design of Horizontal Reboil-
and Low-Finned Tubes,” National Heat Transfer Conference, ers,” Chem. Eng. Prog., p. 86, March (1983).
Niagara Falls, NY, Aug. 5—8, (1984). 194. Young, R. K. and R. L. Hummel, “Improved Nucleate Boiling
171. Gentry, C. C. and W. M. Small, “RODbaffle Exchanger Ther- Heat Transfer,” Chem. Eng. Prog., V. 60, No. 7, p. 53 (1964).
mal-Hydraulic Predictive Models Over Expanded Baffle-Spac- 195. Martin, G. R. and A. W. Sloley, “Effectively Design and Simulate
ing and Reynolds No. Ranges,” National Heat Transfer Thermosiphon Reboiler Systems,” Hydro. Proc., Part 1, V. 4, No.
Conference, Boulder, CO., Aug. 5—8, (1985). 6, p. 101 (1995), and Part 2, V. 74, No. 7, p. 67 (1995).
172. Bell, K. J. and A. C. Mueller, Engineering Data Book II, Wolver- 196. McCarthy, A. J. and B. R. Smith, “Reboiler System Design:
ine Tube, Inc. (1984). The Tricks of the Trade,” Chem. Eng. Prog., p. 34, May (1995).
173. Colburn, A. P., L. L. Millar and J. W. Westwater, “Condenser- 197. Jensem, M. K., “A Model for the Recirculating Flow in a Ket-
Sub-Cooler Performance and Design,” Trans. AIChE, V. 38, tle Reboiler,” A.I.Ch.E, Sym. Series, “Heat Transfer,” Houston,
No. 3, p. 447, June 25, (1942). Texas, p. 114 (1968).
174. Short, B. E. and H. E. Brown, “General Discussion on Heat 198. Myers, J. E. and D. L. Katz, “Boiling Coefficients Outside Hor-
Transfer,” ASME, London, V. 27, (1951). izontal Plain and Finned Tubes,” Refrig. Eng., p. 1195, Dec.
175. Bras, G. H., “Design of Cooler-Condenser for Vapor-Gas Mix- (1951).
tures—I,” Chem. Eng., p. 223, April (1953). 199. Kern, R., “How to Design Piping for Reboiler Systems,” Chem.
175A. Bras, G. H. “Design of Cooler-Condensers for Vapor-Gas Mix- Eng., p. 107, Aug. 4, (1975).
tures—II,” Chem. Eng., p. 238, May (1953). 200. Abbott, W. F., “Thermosiphon Reboiler Piping Designed by
176. Cairns, R. C., “The Condensation of Vapour from Gas-Vapour Computer,” Hydro. Proc., V. 61, No. 3, p. 127 (1982).
Mixtures,” Chem. Eng. Science, V. 2, p. 127 (1953). 201. Malek, R. G., “Predict Nucleate Boiling Transfer Rates,”
177. Colburn, A. P., “Problems in Design and Research on Con- Hydro. Proc., V. 52, No. 2, p. 89 (1973).
densers of Vapours and Vapour Mixtures,” James Clayton lec- 202. Markovitz, R. E., “Improve Heat Transfer with Electropol-
ture, delivered Sept. 12, (1951), pub. “General Discussions of ished Clad Reactors,” Hydro. Proc., V. 52. No. 8, p. 117 (1973).
Heat Transfer,” The Institution of Mechanical Engineers and 203. Pase, G. K. and J. O’Donnell, “Use Titanium Tubes to Create
ASME, p. 448. Higher Capacity Corrosion Resistant Exchangers,” Hydro.
178. Chato, J. C., Jour. Amer. Soc. Heating, Refrigerating and Air Con- Proc., Oct. (1995)
ditioning Engineers, p. 52, Feb. (1962). 204. Ganapathy, V. “Charts Simplify Spiral Finned Tube Calcula-
179. Rubin, F. L., “Multizone Condensers: Tabulate Design Data to tions,” Chem. Eng., V. 84, No. 9, p. 117 (1977).
Prevent Error,” Hydro. Proc., V. 61, No. 6, p. 133 (1982). 205. Briggs, D. E. and Young, E. H., Chem. Eng. Prog. Sym. Series
180. Rubin, F. L., “Multizone Condensers: Desuperheating, Con- No. 41, Heat Transfer, Houston, Texas, V. 59, No. 1 (1963).
densing, and Subcooling,” Heat Transfer Eng., V. 3, No. 1, p. 206. Kern, D. Q. and Kraus, A. D., Extended Surface Heat Transfer,
49, July—Sept. (1981). McGraw-Hill Book Co. (1972).
181. Marto, P. J., “Heat Transfer and Two-Phase Flow During Shell- 207. Bell, K. J., ASME—University of Delaware Cooperative Research
Side Condensation,” Heat Trans. Eng., V. 5, No. 1—2, p. 31 Program on Heat Exchangers, ASME and University of Delaware
(1984). (1960).
182. Rose, J. W., “Condensation in the Presence of Non-Condens- 208. Hashizume, K., “Heat Transfer Pressure Drop Characteristics
ing Gases,” Power Condenser Heat Transfer Technology, Hemi- of Finned Tubes in Cross-Flow,” Heat Transfer Eng., V. 3, No. 2,
sphere Publishing Co. (1981). p. 15 (1981).
®
183. Dowtherm Heat Transfer Fluids, Dow Chemical Co. (1971). 209. Webb, R. L., “Air-Side Heat Transfer in Finned-Tube Heat
®
184. Dowtherm Handbook , Dow Chemical Co. (1954). Exchangers,” Heat Trans. Eng., V. 1, No. 3, p. 33 (1980).
185. Collins, G. K., “Horizontal Thermosiphon Reboiler Design,” 210. Carlson, J. A. “Understand the Capabilities of Plate and
Chem. Eng., V. 83, No. 15, p. 149 (1976). Frame Heat Exchangers,” Chem. Eng. Prog., V. 88, No. 7, p. 26
(1992).