564
Index
shrouded rotor, 16
unshrouded rotor, 16
Runner, 3
S
Sanjay, Y., 396
Scraping vortex, 480
Secondary flow, 232, 473
Secondary vortices, 478, 490
Seo, S.-J., 129
Sheikhbeigi, B., 411
Simple cycle, 371
Single crystal, 379
Slip, 112
Slip factor, 112
Solidity, 59, 61
Spacing, 59, 61
Specific diameter, 255
Specific fuel consumption, 437
Specific speed, 255
Specific thrust, 434
Speed number, 256
Speed of sound, 156
Speed ratio, 90, 210, 257
Spontaneous pre-swirl, 34
Spouting velocity, 210
Staged combustion, 384
Stage loading coefficient, 211
Stagnation enthalpy, 16, 462
Stagnation pressure, 16, 51
Stagnation state, 155, 385
Stall, 499, 500
pulsating stall, 502
steady stall, 81
transitory stall, 81
Stall control, 353
Static enthalpy, 16
Static pressure, 16
Strub, L.A., 269
Suction, 33
Suction eye, 34
Suction side, 48
Suction specific speed, 290
Surge, 503
surge line, 502
Sweep, 235, 490
Swirl stabilisation, 383
T
Thermal barrier coating, 381
Thrust, 421
Tip treatment, 543
Total enthalpy, 10, 16, 154, 464
Total pressure, 16, 51
Rotal pressure drop, 68
Total relative enthalpy, 462
Total state, 155, 385
Trailing edge, 49
Trailing vortices, 479
Transition
bypass transition, 493, 544
natural transition, 493
Turbofan, 430
Turbojet, 428
Turboprop, 427, 428
Turbo-shaft, 430, 437
Turbulence migration, 77
Turbulence segregation, 77
Turbulent profile, 58
Tuzson, J., 291
U
Unducted fan, 431
V
Vivier, L., 327, 332, 334
Volute, 35
Von Doenhoff, A.E., 49
W
Wake flow, 527
Whitfield, A., 517, 518
Wilcock, R.C., 396
Work
deformation work, 12, 56
displacement work, 10, 12, 56, 71, 72
rotor work, 19, 21, 24
rotor work equation, 20–23
work coefficient, 211, 214, 216
work equation, 13, 20
Work reduction factor, 114, 115, 281
X
Xu, L., 233
Z
Zero-lift line, 49, 59, 60, 420
Zweifel tangential force coefficient, 72
Index
shrouded rotor, 16
unshrouded rotor, 16
Runner, 3
S
Sanjay, Y., 396
Scraping vortex, 480
Secondary flow, 232, 473
Secondary vortices, 478, 490
Seo, S.-J., 129
Sheikhbeigi, B., 411
Simple cycle, 371
Single crystal, 379
Slip, 112
Slip factor, 112
Solidity, 59, 61
Spacing, 59, 61
Specific diameter, 255
Specific fuel consumption, 437
Specific speed, 255
Specific thrust, 434
Speed number, 256
Speed of sound, 156
Speed ratio, 90, 210, 257
Spontaneous pre-swirl, 34
Spouting velocity, 210
Staged combustion, 384
Stage loading coefficient, 211
Stagnation enthalpy, 16, 462
Stagnation pressure, 16, 51
Stagnation state, 155, 385
Stall, 499, 500
pulsating stall, 502
steady stall, 81
transitory stall, 81
Stall control, 353
Static enthalpy, 16
Static pressure, 16
Strub, L.A., 269
Suction, 33
Suction eye, 34
Suction side, 48
Suction specific speed, 290
Surge, 503
surge line, 502
Sweep, 235, 490
Swirl stabilisation, 383
T
Thermal barrier coating, 381
Thrust, 421
Tip treatment, 543
Total enthalpy, 10, 16, 154, 464
Total pressure, 16, 51
Rotal pressure drop, 68
Total relative enthalpy, 462
Total state, 155, 385
Trailing edge, 49
Trailing vortices, 479
Transition
bypass transition, 493, 544
natural transition, 493
Turbofan, 430
Turbojet, 428
Turboprop, 427, 428
Turbo-shaft, 430, 437
Turbulence migration, 77
Turbulence segregation, 77
Turbulent profile, 58
Tuzson, J., 291
U
Unducted fan, 431
V
Vivier, L., 327, 332, 334
Volute, 35
Von Doenhoff, A.E., 49
W
Wake flow, 527
Whitfield, A., 517, 518
Wilcock, R.C., 396
Work
deformation work, 12, 56
displacement work, 10, 12, 56, 71, 72
rotor work, 19, 21, 24
rotor work equation, 20–23
work coefficient, 211, 214, 216
work equation, 13, 20
Work reduction factor, 114, 115, 281
X
Xu, L., 233
Z
Zero-lift line, 49, 59, 60, 420
Zweifel tangential force coefficient, 72
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