Lefebvre A.H., Ballal D.R. Gas Turbine Combustion: Alternative Fuels and Emissions
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510 Gas Turbine Combustion: Alternative Fuels and Emissions, Third Edition
28. Barnett, H. G., and Hibbard, R. R., “Properties of Aircraft Fuels,” NACA TN
3276, 1956.
29. Smith, M., Aviation Fuels, Foulis, Henley, UK, 1970.
30. Zabetakin, M. G., Furno, A. L., and Jones, G. W., “Minimum Spontaneous
Ignition Temperatures of Combustibles in Air,” Industrial and Engineering
Chemistry, Vol. 46, p. 2173, 1954.
31. Thomas, A., Shell Report M.225, Thornton Research Center, Chester, UK, 1955.
32. Kurtovich, D. D., and Hayes, G. E., “Spontaneous Ignition and Supersonic
Flight,” Esso Air World, Vol. 14, No. 5, pp. 187–96, 1962.
33. Naegeli, D. W., and Moses, C. A., “Effect of Fuel Molecular Structure on Soot
Formation in Gas Turbine Engines,” ASME Paper 80-GT-62, Gas Turbine
Conference, New Orleans, LA, 1980.
34. Lewis, A., “Fuels for Aircraft Gas Turbine Engines,” in E. R. Norster, ed., Craneld
International Symposium Series, pp. 309–25, Pergamon, Oxford, 1971.
35. Heneghan, S. P., Ballal, D. R., and Harrison, W. E. III, “JP-8 + 100: The
Development of High Thermal Stability Jet Fuel,” Transactions of ASME, Journal
of Energy Resources Technology, Vol. 118, pp. 170–9, 1996.
36. Bird, R. J., and Small, N. H., “The Combustion of Heavy Fuel Oil,” Journal of the
Institute of Petroleum London, Vol. 51, No. 494, pp. 494–503, 1965.
37. Rowling, H., “Ash Deposition—Petroleum Fuels,” Chap. 19 in Sir Harold
Roxbee Cox, ed., Gas Turbine Principles and Practice, Newnes, London, 1955.
38. Ekstedt, E. E., and Macauley, R. W., “Combustion of Heavy Distillate Fuel for
the LM2500 Gas Turbine,” ASME Paper 72-GT-24, 1972.
39. Del Bueno, R., “Gas Turbines Fire Heavy Oils, Power,” Power, Vol. 116, No. 5,
pp. 60–1, 1972.
40. White, A. O., “20 Years Experience Burning Heavy Fuels in Heavy Duty Gas
Turbines,” ASME Paper 73-GT-22, 1973.
41. Foster, A. D., “Gas Turbine Fuels,” Combustion and Flame, Vol. 44, No. 10, pp. 4–14,
1973.
42. Frieder, A. J., and Felix, P. C., “Experiences with Gas Turbines Burning
Non-Rened Fuel Oils and Related Theoretical Investigations,” ASME Paper
74-GT-12, 1974.
43. Frieder, A. J., Felix, P. C., and Hess, H. J., “Gas Turbines Burning Non-Rened
Fuel Oils,” Combustion and Flame, Vol. 45, No. 11, pp. 18–29, 1974.
44. G. E. Krulls, “Design of Treatment Systems for Industrial Gas-Turbine Fuels-
Liquids and Gaseous,” Power, Vol. 118, No. 10, pp. 65–70, 1974.
45. Patterson, J. R., “Operating and Maintenance Experience for Base Load Gas
Turbines Using Heavy Fuels—A Case Study,” ASME Paper 75-GT-74, 1975.
46. Byam, J. W., Dreyman, S. S., and Pitrolo, A. A., “Residual Fuel Treating and
Handing for Base Load Bas Turbines,” ASME Paper 75-GT-72, 1975.
47. Bammert, K., and Sandstede, H., “Gas Turbines Burning Dirty Fuels,” ASME
Paper 75-GT-66, 1975.
48. Cauley, S., “Utilization of Petroleum Crude Oils as Boiler and Combustion
Turbine Fuels,” ASME Paper 76-JPGC-FU-2, 1976.
49. DeGreef, J. L., Maes, P., and Johnson, K. W., “Operating Experience on Residual
Fuel Oil with a W251 Combustion Turbine,” ASME Paper 78-GT-104, Gas
Turbine Conference, London, 1978.
50. Brewer, G. D., “Liquid Hydrogen: Future Aircraft Fuel,” Automotive Engineering,
Vol. 88, No. 8, pp. 242–51, 1980.
Alternative Fuels 511
51. Yaffee, M. L., “Methane Studied as Fuel for SST,” Aviation Week, pp. 72–3, 1969.
52. Whitlow, J. B., Eisenberg, J. D., and Shovlin, M. D., “Potential of Liquid-Methane
Fuel for Mach 3 Commercial Supersonic Transport,” NASA TN-D3471, 1966.
53. Pirans, M. L., Olsen, W. T., Barnett, H. C., and Breitwieser, R., “NACA Research
on Slurry Fuels,” NACA Report 1388, 1958.
54. Lee, S., Speight, J. G., and Loyalka, S. K., Handbook of Alternative Fuel Technologies,
CRC Press, Boca Raton, FL, 2007.
55. Nowack, C. J., Solash, J., and Delfosse, R. J., “Evaluation of Coal-Derived JP-5
Fuels,” CEP Technical Manual, Vol. 3, pp. 122–6, 1977.
56. Cohn, A., Bauserman, G. W., Bazarian, E. R., Mulik, P. R., Singh, P. P., and Stein, T.
R., “Combustion Effects of Coal Liquid and other Synthetic Fuels in Gas Turbine
Combustors,” ASME Papers 80-GT-67 and 80-GT-68, Gas Turbine Conference,
New Orleans, 1980.
57. Singh, P. P., Bazarian, E. R., Mulik, P. R., Bauserman, G. W., Cohn, A., and Stein,
T. R., “Comparative Testing of Petroleum Surrogate Fuels with Coal-Derived
Liquids in a Combustion Turbine Burner,” ASME Paper 80-GT-64, Gas Turbine
Conference, New Orleans, LA, 1980.
58. Moses, C. A., and Stavinoha, L. L., “Qualication of Sasol Semi-Synthetic Jet A-1
as Commercial Jet Fuel,” Report No. 8531, Southwest Research Institute, San
Antonio, TX, November 1997.
59. Moses, C., and Roets, P., “Properties, Characteristics and Combustion
Performance of Sasol Fully Synthetic Jet Fuel,” ASME Journal of Engineering for
Gas Turbines and Power, Vol. 131, No. 4, 041502, 2009.
60. Harrison, W. E., and Zabarnick, S., “The OSD Assured Fuels Initiative—
Military Fuels Produced from Coal,” presented at DoE Clean Coal Conference,
Clearwater, FL, June 2007.
61. Lieuwen, T., McDonell, V., Petersen, E., and Santavicca, D., “Fuel Flexibility
Inuences on Premixed Combustor Blowout, Flashback, Autoignition, and
Stability,” ASME Journal of Engineering for Gas Turbines and Power, Vol. 130,
011506, 2008.
62. Panchasara, H., Simmons, B., Agrawal, A., Spear, S., and Doly, D., “Combustion
Performance of Biodiesel and Diesel Vegetable Oil Blends in a Simulated Gas
Turbine Burner,” ASME Journal of Engineering for Gas Turbines and Power, Vol. 131,
031503, May 2009.
63. Liu, K., Wood, J. P., Buchanan, E. R., Martin, P., and Sanderson, V., “Biodiesel
as An Alternative Fuel in Siemens DLE Combustors: Atmospheric and High
Pressure Rig Testing,” ASME Journal of Engineering for Gas Turbines and Power,
Vol. 132, No. 1, 011501, 2010.
64. Campbell, A., Goldmeer, J., Healy, T., Washam, R., Moliere, M., and Citeno, J.,
“Heavy Duty Gas Turbines Fuel Flexibility,” ASME Paper No. GT2008-51368.
65. Butze, H.F. and Ehlers, R.C. “Effects of Fuel Properties on Performance of a
Single Aircraft Turbojet Combustor,” NASA TMX-71789, 1975.
66. Gleason, C. C., and Bahr, D. W., “Fuel Property Effects on Life Characteristics
of Aircraft Turbine Engine Combustors,” ASME Paper 80-GT-55, Gas Turbine
Conference, New Orleans, LA, 1980.
67. Moliere, M., and Geiger, F., “Gas Turbines in Alternative Fuel Applications: The
Utilization of Highly Aromatic Fuels in Power Generation,” ASME Paper No.
GT2004-53272.
513
Author Index
A
Abramovich, G. N., 273
Adkins, R. C., 89, 91, 100–103, 105–106
Agan, D. D., 369
Aggarwal, S. K., 54
Agrawal, D. D., 500
Ahmadi, M., 236
Aigner, M., 404–405
Altermark, D., 378
Anderson, D. N., 306
Anderson, L., 376
Anderson, S. J., 377
Anderson, W., 377
Ando, Y., 107
Angello, L., 365, 398, 400
Arai, M., 274
Avery, W. Η., 159
B
Bahr, D. W., 141–142, 146–147, 316, 362,
393, 395, 507
Bain, D. B., 137
Ballal, D. R., 44–46, 48, 55, 57–63,
173–175, 177–178, 180–182, 200,
203–204, 208, 295, 334–335
Banghu.J. K., 344
Barnett, C. M., 470
Barrere, M, 173, 176
Bautista, P. J., 402
Baxter, M. R., 175–176
Beck, J. E., 263
Becker, T., 431
Beebe, K. W., 424, 426
Beer, J. Μ., 141, 143
Benjamin, Μ. Α., 246–247
Bergwerk, W., 269
Bhatia, J. C., 236
Binks, D., 105
Bloxsidge, G. J., 308
Bonzani, F, 400
Boyns, M. B., 408
Bracco, F. V., 269, 273
Bragg, S.L., 159, 294
Brodkey, R. O., 223
Brouwer, J., 309
Brustowski, Τ. Α., 236
Buckner, H. N., 263
Burgoyne, J. H., 45
C
Candel, S. M., 306
Carr, E., 456
Carrotte, J. F., 90, 93, 98, 124
Cekalin, Ε. K., 45
Chen, S. K., 278–283
Cheng, S. L., 309
Chiappetta, L. M, 375
Chigier, Ν. Α., 141, 143, 242, 269
Childs, J. Η., 159
Chin, J. S., 52–55, 162–163, 199, 235,
245–246, 372
Choudhury, P. R., 308
Claeys, J. P., 388
Coban, Α., 192
Cocanower, A. B., 87
Cochran, D. L., 99
Cockrell, D. J., 87
Cohen, J. D., 45
Cohen, L., 45
Connors, C. S., 432
Correa, S., 380
Cousin, J., 236
Cowell, L. H., 64–66, 399, 422
Crocco, L., 309
Culick, F. E. C., 310
Custer, J. R., 280
Cutrone, M. B., 426
D
Dalla Betta, R. Α., 422, 424–426
Damkohler, G., 43–44
Das, S., 45
Davis, L. B., 388, 390, 398, 402
De Zubay, Ε. Α., 173
514 Author Index
DePietro, S. M., 408
Di Meglio, Α., 400
Dodds, W. J., 141–142, 146–147, 316, 346
Dombrowski, N., 227
Ducourneau, F., 67
Dugger, G. L., 42
Durlak, S., 411
Dutta, P., 349, 422, 424
E
Eckerle, W. Α., 282–283
Eisenklam, P., 227
Eissa, A. F. M., 64
Ekstedt, E. E., 346
El-Ehwany, A. A. M., 333–334
Elkotb, M. M., 258
El-Shanawany, M. S. M. R., 262
Epstein, Μ. J., 411
Etheridge, C. J., 398
Evans, D. Μ., 234
Evans, H. D., 349
F
Facey, J. R., 351
Felchin, Μ. P., 404
Fishenden, C. R., 97–98
Fishenden, M., 97–98
Flanagan, P., 416
Foster, H. H., 202–203
Fox, R. W., 83
Fraser, R. P., 226–227
Freeman, B. C., 64–65
Freeman, G., 121–122
Fric, T. F., 416
Fujii, T., 422, 425–426
G
Gallagher, D., 198
Gallimore, S., 408
Gardner, Κ. Α., 349
Gaydon, A. G., 41
Gemmen, R. S., 309
Gerhold, B., 390
Giffen, E., 270–271, 275
Gleason, C. C., 507
Godsave, G. A. E., 51
Goodger, E. M, 64, 453, 474, 490,
495–497
Goris, N. H., 264–265
Greber, I., 128
Greenhalgh, D., 198
Greenhough, V. W., 155, 159–160
Grobman, J. S., 508
Guangshi, H., 108
Gupta, A. K., 141
Gupta, C. P., 141
Gutmark, E., 306
H
Halls, G. Α., 156
Han, Z., 233
Harding, C. F., 271
Harrje, D. T, 306
Hart, R. W., 159
Hasson, D., 227
Hatch, M. S., 130–131
Haumann, J., 404
Heberling, P. V., 378
Heimel, S., 42
Hellat, J., 404
Henseler, H. J., 82
Herbert, M. V, 180, 320, 328
Hestermann, R., 91, 93, 98, 107–108
Hilt, M. B., 389, 402
Hinze, J. O., 223
Hirano, J., 426
Hiroyasu, Η., 274
Hoffman, J. Α., 92
Hoffman, S., 400
Holdeman, J. D., 128–129,
131–133, 137
Honami, S., 98
Hosoi, J., 413–414
Hottel, H. C., 319
Howard, J. Η. G., 82–83, 89
Hoyt, J. W., 225
Hung, W. S. Y., 369, 388
I
Ibrahim, A. R. A. F., 303
Ibrahim, M., 303
Ishizuka, Α., 414
Author Index 515
J
Janus, M. C., 299–300, 304, 310
Jasuja, A. K., 253, 259, 262
Jeroszko, R. Α., 349
Johnson, Κ., 459
Johnston, J. P., 89
Jones, W. P., 107
Joshi, N. D., 409, 411–412
Juhasz, A. J., 101
K
Kaddah, K. S., 121, 123
Kamotani, Y., 128
Karchmer, Α., 295–296
Karki, K. C., 108
Keller, J. Ο., 299, 304
Kikumoto, S., 426
Kilik, E., 141, 144–145
Kim, S., 107
Kingdon, R. G., 197
Kirk, G. E., 351
Klein, Α., 88–90, 94, 98, 103–104, 106, 108
Kline, S. J., 82, 89, 92, 99
Klomp, E. D., 81, 87–90
Knauber, R., 378
Kneeling, D., 107
Kors, D. L., 131–132
Koutmos, P., 107
Kretschmer, D., 11, 320, 429
Kumakura, H., 414
Kunz, H. R., 89
Kurzynske, F. R., 398
L
Lakshminarayana, B., 90
Langhorne, P. J., 308
Larkin, M. P., 422
Lauer, G., 400
Leonard, G., 376, 380, 409–410, 416–417
Lewis, B., 55, 137, 248
Lewis, G. D., 431
Li, J., 236
Li, X, 236
Lilley, D. G., 141
Little, A. R., 49, 89, 377
Lohmann, R. P., 90, 93, 349
Longwell, J. P., 38–39, 159, 173,
179–181
Lorenzetto, G. E., 262
Low, H. C., 253
Lowe, P., 365, 400
Lundberg, K., 64
Luts, Α., 402
Lyons, V. J., 416
M
Mahan, J. R., 295–296
Maier, G., 248
Manners, A. P., 89, 107
Marakovits, S., 411
Marble, F. E., 173, 180
Marioka, T., 98
Markland, E., 87
Martin, C. Α., 501–502
Martin, F. J., 504, 506
Matharu, D. S., 101–103
Mathur, M. L., 141, 146
Matsuoka, S., 274
Maughan, J. R., 379, 402
Mayer, D. W., 107
McCaldon, K., 255
McDonald, A. T., 83
McGuirk, J. J., 107
McKinney, R., 386
McManus, K., 306–307, 309
McVey, J. Β., 375
Mehta, J. Μ., 299
Mellor, Α. Μ., 70, 173, 429
Menon, S., 310
Mestre, Α., 173, 176
Miller, D. S., 99
Mizutani, Y., 45
Mongia, H. C., 376, 381, 412–413, 420,
431–432, 434
Moore, C. Α., 92
Morford, S. Α., 386
Mori, M., 414
Moses, C. Α., 164–165, 471–472, 489–490,
497–499
Mugele, R., 234
Muller.G., 404–405
Mullinger, P. J., 242
Mullins, B. P., 64, 67
Muraszew, Α., 270
516 Author Index
Muthukrishnan, M, 296
Myers, G. D., 45, 47–48, 255
N
Nakajima, Α., 45
Nakata, T., 420
Nealy, D., 345
Nickolas, S. G., 426
Nicol, D., 378–379, 431
Nishimoto, T., 45
Noble, M., 349
Norris, R. H., 349
Norster, E. R., 125–126, 128, 130, 172, 408
Novick, A. S., 419–420
Nukiyama, S., 230, 244, 261–262
O
Odgers, J., 11, 159, 192, 320, 429
Ohkubo, Y., 414
Ohrn, T.R., 269, 274
Opdyke, G., 196
Ortman, J., 277
Owen, D. Α., 384, 407
Ozawa, Y, 422, 426
P
Park, S. H., 223
Parnell, E. C., 253
Peng, F, 54
Perkavec, Μ. Α., 431
Plee, S. L., 70, 173
Poeschl, G., 416–417
Pollarolo, G., 400
Polymeropoulos, C. E., 45
Prade, B., 400
Pratt, D. T., 6–7, 296, 331, 372, 397, 420
Putnam, Α. Α., 310
R
Radcliffe, Α., 259, 270
Rammler, E., 230–236, 249
Rao, K. V. L., 56, 68, 199, 201–202, 205–206
Rayleigh, Lord, 224, 226–227, 297, 309
Razdan, M. K., 31, 246
Reardon, F. H., 306
Reeves, D., 319
Reid, R., 45, 207
Reitz, R. D., 269, 273
Reneau, L. R., 83, 88–90
Reynolds, B., 90–91, 107–108, 257–258,
266, 268–270, 322, 334
Richards, G. Α., 304–306, 308–310
Rink, K. K., 368, 372–373, 376, 381, 385,
431
Rizk, Ν. Κ., 233, 246, 262, 270, 272,
275–276, 280, 376, 381, 412–413,
420, 431–432, 434
Roberts, P. Β., 398
Rokke, Ν. Α., 431
Rollbuhler, J. R., 251, 278–279, 281–283
Rosen, R., 351
Rosfjord, Τ. J., 282–283, 375
Rosin, P., 230–236, 249
Ruiz, R, 269
Russel, P., 283, 372
S
Sabla, P. E., 411
Saiga, M, 426
Saintsbury, J. Α., 196
Santavicca, D. Α., 417
Sato, H., 414
Sato, M., 426
Sato, Y., 426
Sattelmayer, T., 70, 263, 404
Scalzo, A. J., 301
Schadow, K. C., 308
Schlatter, J. C., 422, 426
Schorr, M. M., 364, 389, 402
Schweiger, T., 384, 407
Seaton, A., 360
Segalman, I., 396
Sellens, R. W., 236
Seto, S. P., 298
Sevik, M., 223
Shyy, W., 106–107
Simmons, H. C., 271, 500
Singh, R., 486, 507
Sivasegaram, S., 308
Smith, C.E., 101
Smith, D. Α., 398
Smith, J. Μ., 399
Snyder, T. S., 374–375
Author Index 517
Sojka, P. E., 263
Sotheran, Α., 253
Sovran, G., 81, 87–90
Spadaccini, L. J., 64, 67
Spalding, D. B., 51, 173
Sridhara, K., 126–130
Srinivasan, R., 98, 131–132, 137
Steele, R. C., 380
Stegmaier, J., 376, 380, 409–410,
416–417
Stengele, J., 54
Stevens, S. J., 89–90, 93, 97–98,
107, 124
Stickles, R. W., 255
Stollery, J. L., 333–334
Strahle, W. C., 295–296
Straight, D. M., 82, 469
Sturgess, G. J., 172, 336–337, 386
Styner, D., 404
Subba Rao, H. N., 56, 201, 205–206
Suyari, M, 247–248, 271–272
Swett, C. C., 55, 200
Syred, Ν., 141
T
Tacina, R. R., 67
Takehira, Α., 89–90
Talpallikar, M. V., 130
Tanasawa, Y., 230, 244, 261–262
Tankin, R. S., 236
Taylor, G. I., 172
Taylor, J. J., 225
Te Velde, J. Α., 64, 67
Thomas, Α., 295, 469
Thornton-Trump, A. B., 82
Toh, H., 414
Toof, J. L., 388
Toon, I. J., 384, 407
True, Β., 474
V
Valk, M., 418
Vandsburger, U., 299
Verdouw, A. J., 101
Vickers, R. M., 4, 408
Vortmeyer, N., 422
W
Walker, R. B., 131
Walker, R. E., 132
Wang, X. F., 260–261, 283
Washam, R. M., 388, 390, 402
Waslo, J., 389, 402
Wassell, A. B., 344
Watanabe, T., 414, 426
Watson, Ε. Α., 192, 200
Weber, C., 222–223, 225, 228, 256–258,
262–263, 266
Weinberg, F. J., 197
Weir, Α., 264
Weiss, Μ. Α., 38–39, 159
West, H. E., 194
White, C. D., 389
White, D. J., 398
Whitelaw, J. Η., 308
Whitlow, J. D., 250–251
Whittle, F, 3–4, 6, 11, 16
Wilkes, C., 388, 390
Williams, G. J., 89, 93
Williams, G. T, 242, 253
Williams, M. R., 295
Willis, J. D., 384, 406–407
Winterfeld, G., 256
Wittig, S., 93, 263
Wolfer, H. H., 64
Wolfhard, H. G., 41
Wray, A. P., 98
X
Xiong, T. Y., 199
Xu, T.-H., 236
Y
Yang, V., 306, 310
Yokota, K., 274
Yost, J. O., 101–103
Z
Zheng, Q. P., 265, 279, 371
Zhiben, H., 108
Zhu, G., 131, 137
Zukowski, E. E., 173, 180
519
Subject Index
A
Absorptivity (gas), 318–319
Acoustic oscillations
descriptions
growl, 297–298
howl, 298
Active control noise
closed-loop system, 307
examples, 307–308
open-loop system, 307
Additives, 453
anti-icing additives
di-EGME and FSII, 454
antismoke
manganese concentration, 456
optimal injection rate, 455
antistatic–static dissipators, 454
charging rates, 455
corrosion inhibition/lubricity
improvers, 454
gum prevention
antioxidants and metal
deactivators, 454
metal deactivators, 455
Adiabatic ame temperature
factors inuencing
fuel/air ratio, 71
initial air temperature, 71–72
inlet-air vitiation, 72
pressure, 72
AEC technique, see Angled effusion
cooling (AEC) technique
Aero-derived GE LM6000 and RR211
DLE industrial engines, 31
Aerodynamic diffusers, 14–15
Aerodynamic processes, 113
aerodynamic instabilities, 300–302
axial swirlers, 142
exit geometry, inuence of, 146
ow reversal, 145–146
notation for, 143
recirculation zone size, 144–145
swirl number, axial ow, 143
dilution zone design, 135
Craneld design method, 136–137
NASA design method, 137
dimensionless pressure-loss
parameters
cold pressure loss, 116–117
combustor reference velocity, 116
drag coefcient, 114
effective ow area, 115
hot loss, 114
overall pressure loss, 114
pressure drop across, 115
pressure-loss factor, 114–115
reference dynamic pressure, 114
at vanes versus curved vanes, 147
ow in annulus, 118–120
jet-mixing
annular ducts, 133
cylindrical ducts, 129–131
inuence of density ratio, 132
rate of, 129
rectangular ducts, 131
jet trajectories
congurations, 126–128
in crossow representation, 125
penetration data, 125–126
single jets, experiments on,
124–126
liner holes, ow through
discharge coefcient, 120–122
initial jet angle, 123–124
pattern factor data, correlation of
for annular combustors, 138–139
experimental data, 138
for tubular and tuboannular
combustors, 138–139
radial swirlers
airow, 147
notation for, 146
reference quantities, 114
rig testing for pattern factor, 140
size and pressure loss, relationship
between, 117–118