Tangentia1ve1ocity, 247
Tanksatmospheric, 462-3e1evated, 463fixedroof, 463-4f1oatingroof, 464open, 463pressure, 464-5
Tapingdata, 568-9
Taperecorders, 568-9AM, 568FM, 568ro11-offfrequency, 568
Tay1orSeries,124,TBCs (Therma1 BarrierCoatings),384,385, 403
Temperaturemeasurement, 665-7pyrometers, 666-7RTDs (resistive therma1detectors), 666thermocoup1es, 665-6ratio, 12
static, 113
tota1, 113Temperatures,surface, 404-6Testing, forgings and nondestructive, 427-9 Tests
cascade, 284-92
gasturbine, 700-2
gas turbine performance, 692-721
Therma1fatigue, 417-18Thermocoup1es, 665-6Three-dimensiona1theory, 232Thrust-bearings, 488-9
designs, 489-93
fai1ure, 757-8
power1osses, 493
temperature monitoring
systems,493, 758-60Ti1ting-pad journa1bearings, 483-6 Tip
c1earance1oss, 365-6
speed, 319
speedratio, 329
Too1s and shop equipment, 735-47 Torque See Coup1ingsTorque measurement, 662Torsiona1forces, 621-4 Tota1
pressure, 113
temperature, 115TPM (Tota1 Productive Maintenance), 723Tracing,e1ectric, 462Trackingfi1ter, 559 Transducers
acce1eration, 566-7
disp1acement, 565-6
dynamicpressure, 567-8
ve1ocity, 566
Transfer functionana1ysis, 573Triang1es,ve1ocity, 292-4Troub1e-shooting, 571Turbineb1ades, rejuvenation of
used turbineb1ades, 761-4
Turbine components, c1eaningof, 454-6compressorwashing, 455-6hot sectionwash, 454-5
Turbines radia1-inf1owturbine design considerations, 329-30reaction, 348-51
Turbines. See a.s. Micro-turbinesaxia1-f1ow, 337-69 expander sections
axia1-f1owturbines, 46-7
mixed-f1owturbine, 44-6
radia1-inf1owturbine, 44
impu1se, 344-8
performance characteristics,
112, 132-3aerotherma1 equations, 117-22efficiencies, 122-5 gas turbine performance
computation, 134-40turbomachine aerothermodynamics, 112-17
radia1-inf1ow, 319-36description, 320-3noise prob1emsin, 335performance of radia1-inf1owturbine,
332-5theory, 323-8turbine design considerations,
329-30whee1a11oys, 425-7Turbomachine aerothermodynamics,
112-17
compressibi1ityeffect, 115-17
dimensiona1 ana1ysis, 125-30
idea1gas, 113-15
Turbomachinery
c1eaning, 747-51
c1eaning techniques, 749-51
fou1ing indicators, 748-9
foundations, repair and rehabi1itation
of, 764-7increasing mass andrigidity, 766-7insta11ationdefects, 764-6
uprates, 619-24
..C(unburnt hydrocarbon), 392.nba1ances, 189-92
sourcesof, 584-7.nburnt hydrocarbons, 392.ndamped freesystem, 181-2.nderdampedsystem, 185-6.prates Coup1ings, 619-24.ti1izationfactor, 324
v
.anadium,418,422, 436-8.aporized fue1 oi1(.FO),436, 451-2.ariab1es for gas turbineapp1ication, 141-8
enc1osures, 147gas turbine size and efficiency, 144-6p1ant1ocation, 144p1ant operation mode: base orpeaking, 147site configuration, 144start-uptechniques, 147type of app1ication, 142-4type offue1, 146-7
.e1ocitydiagrams, 342-4impu1sediagram, 343-4symmetrica1diagram, 344zero exit swir1diagram, 343
.e1ocitytransducers, 566
.e1ocitytriang1es, 292-4abso1ute,46, 117-20axia1, 340diagrams axia1 compressors, 292-300diagrams axia1turbine, 340-50diagrams, centrifuga1compressors, 229-31diagrams radia1turbine, 324-30impu1sediagram, 343-4meridiona1, 229-31,re1ative,46, 117-20, 229-31, 339-44
.ibration measurement, 168-75,
564-8, 668-71
acce1erationtransducers, 566-7
disp1acementtransducers, 565-6
dynamic pressuretransducers, 567-8
forced, 203-7
instrumentation, 167-71, 668-70
monitoringsystem, 537
se1ection of systems for ana1ysis of
vibrationdata, 670-1
severitycharts, 490
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