563
Index
J
Japikse, D., 75, 125, 126, 129, 291
Jet flow, 525
Jet generator, 433, 436
K
Karassik, I.J., 311
Kim, K.-Y., 129
Kim, S., 129
Kinematic parameter, 28, 332, 517
Knill, T.J., 58
L
Laminar profile, 58
Lampart, P., 233, 235
Leading edge, 49
Leakage vortex, 480
Lean, 235, 488
Lean premixing, 382
Lewis, R.I., 209
Lift, 48
Liner, 381
Load characteristic, 264
Loss
energy loss coefficient, 208
enthalpy loss coefficient, 208, 465
friction loss, 57
head loss, 264
internal loss, 26
loss coefficient, 68
mechanical loss, 26
mixing loss, 57
pressure loss coefficient, 208, 465
rotor velocity coefficient, 204
thermodynamic loss, 26
total pressure loss coefficient, 208
M
Mach number, 159
Mean circumferential streamsurface, 6
Mean line analysis, 6, 459
Meridional component, 16
Meridional section, 16
Michel, J.M., 284, 285
Miller, D.S., 77, 82−85
Model laws, 272
Moment solidity, 117
Moniz, O., 311
Moustapha, H., 209
N
Net positive suction head, 287, 291, 292
O
Obstruction factor, 122
Operating point
stable operating point, 297, 501, 502
unstable operating point, 297, 298, 501
P
Partial admission, 198
Passage vortex, 232, 473
Performance characteristic, 36
Performance parameters, 104
Pfleiderer, C., 60, 113, 144, 261, 271, 276
Pfleiderer moment coefficient, 115–118
Pilot burner, 382
Pitch, 61
Pitch control, 352
Power
dynamic power, 422, 433
gas power, 433
propulsive power, 434
residual power, 434
thermal power, 433
internal power, 134
rotor power, 134
shaft power, 134
Power gas turbine, 369
Power specific speed, 263
Power turbine, 371
Pre-compression profiles, 496
Pressure drag, 50
Pressure recovery, 79
Pressure side, 48
Primary flow, 471
Priming, 293
self-priming, 293
Prop-fan, 429
Q
Qiu, X., 115
Quasi-three-dimensional flow, 482, 488
R
Radial equilibrium, 482
Razak, A.M.Y., 377
Reaction turbine, 222
Recuperator, 370
Regenerator, 371
Reheat effect, 165, 170, 387
Repeating stage, 205
Rosic, B., 233
Rothalpy, 16
Rotor(s), 1
rotor disc, 17
rotor Mach number, 520