Page 579 - APPLIED PROCESS DESIGN FOR CHEMICAL AND PETROCHEMICAL PLANTS, Volume 1, 3rd Edition

Applied Process Design 545

Freeman, R. A., "Reliability of Interlock Systems," Process Safety 15. Leung, J. C., "A Generalized Correlation for One-Compo-
Progress, V. 13, No. 3, 1994, p. 146. nent Homogeneous Equilibrium Flashing Choked Flow,"
AJChEJ, 32 (10), 1743-1746, October 1986.
Selected References 16. Fauske, H. K, "Turbulent and Laminar Flashing Flow Con-
DIERS/DIERS Users Group Programs siderations," Paper Presented at the 4th International Sym-
l. Kemp, H. S., "Formation and Management of AIChE Design posium on Multi-phase Flow, Miami Beach, FL, December
Institutes," CEP, 79 (6), 9-14,June 1983. 15-17, 1986.
2. Swift, I., "Developments in Emergency Relief Design and the 17. Leung, J. C. and Grolmes, M. A., "The Discharge of Two-
Characterization of Accidental Discharges From Pressurized Phase Flashing F1ow in a Horizontal Duct," A!ChEJ, 33 (3),
Vessels," I. Chem. E. Symposium Series 85, 1984. 524--527, March 1987.
3. Fisher, H. G., "DIERS Research Program On Emergency 18. Fauske, H. K and Epstein, M., "Source Tenn Considerations
Relief Systems," CEP, 81 (8), 33-36, August 1985. in Connection with Chemical Accidents and Vapor Cloud
4. Anon, "AIChE's Design Institutes Help Reduce Industrial Modeling," CCPS International Conference on Vapor Cloud
Risks," CEP, 84 (9) 22-23, September 1988. Modeling, Cambridge, NlA, 1987.
5. Fisher, 1-1. G., "The DIERS Users Group (A Forum for Devel- 19. Leung,]. C. and Grolmes, M.A., "A Generalized Correlation
opment/Dissemination of Emergency Relief System Design for Flashing Choked Flow of Initially Subcooled Liquid,"
Technology)," Plant/Operations Progress, 8 (2) 70-72, April AJChEJ, 34 (4), 688--691, April 1988.
1989.
20. First, K E. and Huff, J. E., "Design Charts for Two-Phase
Flow in Emergency Pressure Relief Systems," Plant/Opera-
Overview of Emergency Relief System Design tions Progress, 8 (I), 40-54,January 1989.
21. Fauske and Associates, Inc., "Flashing Viscous Flow of Poly-
6. Fisher, H. G., "An Overview of Emergency Relief System styrene Mixtures: Test Data and Scale-Up Methods," FA.I/
Design Practice," Plant/Operations Progress, IO (1), 1-12,Jan- 89-26, April 1989.
uary 1991.
22. Leung, J. C., "Two-Phase Flow Discharge in Nozzles and
Pipes-A Unified Approach," journal Loss Preoention Process
Two-Phase Flow Onset/Disengagement Dynamics Industries, 3 (1), 27-32,January 1990.
23. Huff, J. E., "Flow Through Emergency Relief Devices and
7. Grolmes, M.A., "A Simple Approach to Transient Two-Phase Reaction Forces," journal Loss Prevention Process Industries,
Level Swell," Multi-Phase Flow and Heat Transfer III. Part A: (3), 43-49,January 1990.
Fundamentals. Proceedings of the Third Multi-Phase Flow 24. Crolrnes, M.A., Leung,]. C. and Fauske, H.K., "A Review of
and Heat Transfer Symposium--Workshop, Miami Beach, Simplified Multiphase Flow Methods for Emergency Relief
FL, April 18-20, 1983. Calculations," Paper Presented at the AlChE 1990 Spring
8. Grolmes, M.A. and Fauske, H. K., "An Evaluation of Incom- National Meeting, Orlando, FL, March 18--22, 1990.
plete Vapor-Phase Separation in Freon-12 Top Vented
Depressurization Experiments," Multi-Phase Flow and Heat 25. Leung, J. C. and Nazario, F. N., 'Two-Phase Flashing Flow
Transfer III. Part A: Fundamentals. Proceedings of the Third Methods and Comparisons," [ournal Loss Prevention Process
Multi-Phase Flow and Heat Transfer Symposium-Workshop, Industries, (3), 253-260, April 1990.
Miami Beach, FL, April 18-20, 1983. 26. Leung,]. C. and Epstein, M., "A Generalized Correlation for
9. Grolmes, M. A. and Epstein, M., "Vapor-Liquid Disengage- Two-Phase Nonflashing Homogeneous Choked Flow,"
ment in Atmospheric Liquid Storage Vessels Subjected to Trans. ASME-journal of Heat Transfer 112 (2), 528-530, May
External Heat Source," Plant/Operations Progress, ! (4), 1990.
1
200-206, October 1985. 27. Leung, J. C. and Epstein, M., "The Discharge of Two-Phase
10. Fauske, H. K., et ol., "Emergency Relief Vent Sizing for Fire Flashing Flow from an Inclined Duct," Trans. ASME-Jaur-
Emergencies Involving Liquid-Filled Atmospheric Storage Ves- nal of Heat Transfer I 12 (2), 224--228. May 1990.
sels," Plant/Operations Progress, 5 ( 4), 205--208, October 1986. 28. Leung, J. C., "Similarity Between Flashing and Nonflashing
11. Epstein, :VI., Fauske, H. K. and Hauser, G. M., 'The Onset of Two-Phase Flows," AIChEJ, 36 (5), 797-800, May 1990.
Two-Phase Venting Via Entrainment in Liquid-Filled Storage 29. Leung, J. C. and Epstein, M., "Flashing Two-Phase Flow
Vessels Exposed to Fire," journal Loss Prevention Process Indus- Including the Effects of Nonrondensible Gases," Trans.
tries, 2 (l), 45-49,Janua,y 1989.
ASME-Journal of Heat Transfei; 113 (2), 269-272, February
1991.
Two-Phase Hydrodynamics

12. Fauske, H. K, "Flashing Flows: Some Practical Guidelines for Analysis of DIERS Large-Scale Experiments
Emergency Releases," Plant/Operations Progress, 4 (3),
132-134,July 1985. 30. Grolmes, M.A., Leung,J. C. and Fauske, H. K., "Large-Scale
13. Huff,J. E., "Multi-phase Flashing Flow in Pressure Relief Sys- Experiments of Emergency Relief Systems," CEP, 81 (8),
tems," Plant/Operations Progress, 4 (4), 191-199, October 57-62, August 1985.
1985. 31. Klein, H. H., "Analyses of DIERS Venting Tests: Validation of
14. Sallet, D. W. and Somers, G. \N., "Flow Capacity and a Tool for Sizing Emergency Relief Systems for Runaway
Response of Safety Relief Valves to Saturated Water Flow," Chemical Reactions," Plant/Operations Progress, 5 (l), 1-10,
Plant/Operations Progress, 4 (4), 207-216, October 1985. January 1986.