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Karassik I.J., Cooper P., Messina J.P. — Pump Handbook
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Название: Pump Handbook
Авторы: Karassik I.J., Cooper P., Messina J.P.
Аннотация: Your Best-Bet Guide to Essential Machinery—Updated
Whenever and wherever fluids must be moved, a pump — next to the electric motor, the second most common machine used today — must be there. And if you work with pumps, the Pump Handbook, the field's hands-down reference leader, must be there, too.
Newly revised, and bringing together the resources of international experts, this job-critical guide is the one and only guide to the design, application, specification, purchase, operation, and maintenance of pumps of all kinds. Covering everything from advanced seals to basic design paradigms, the Pump Handbook takes you through all the latest developments in pump technologies. This important update, the first in 14 years, offers practical guidance to help you:
*Design leading-edge pumps of all types for any uses.
*Select and purchase the right pump for your application.
*Specify materials, drivers, valves, piping, intakes, and other components—using both SI and Customary Units.
*Choose and apply controls and valves
*Install and operate any type of pump.
*Test, maintain, and troubleshoot pumping equipment and peripherals.
*Find details on centrifugal, jet, positive displacement, and other pumps.
*Keep state-of-the-art reference data and resources always at hand.
Язык:
Рубрика: Технология /
Статус предметного указателя: Готов указатель с номерами страниц
ed2k: ed2k stats
Издание: 3
Год издания: 2000
Количество страниц: 600
Добавлена в каталог: 10.04.2009
Операции: Положить на полку |
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Предметный указатель
BWR plants (boiling water reactor), standby liquid control systems 9.285
Bypass control and regulation, centrifugal pumps 2.367
Bypass control and regulation, condensate pumps 9.102
Bypass control and regulation, displacement pumps 3.78
Bypass flow 2.439
Bypass orifices 8.87
Bypass systems, controls 2.450
Bypass systems, fixed orifices 2.448
Bypass systems, low flow protection 2.441—2.444
Bypass systems, orifice issues 2.448
Bypass systems, PRVs 2.448
Bypass systems, pumps in parallel 2.450
Bypass systems, variable orifices 2.448
Cage control valves 7.16—7.17
Calculated wear factors 5.31
Calibration, metering pumps 9.317
Canned motor pumps 2.315
Canned motor pumps, applications 2.318
Canned motor pumps, bearings 2.316
Canned motor pumps, bearings, environment control 2.321
Canned motor pumps, diagnostics 2.322
Canned motor pumps, filter assembly 2.318
Canned motor pumps, flow path 2.318
Canned motor pumps, installing 2.321
Canned motor pumps, intakes 10.26
Canned motor pumps, internal clearances 2.318
Canned motor pumps, pressure temperature profiles 2.321
Canned motor pumps, recirculation fluid 2.321
Canned motor pumps, rotors 2.316—2.318
Canned motor pumps, secondary containment 2.318
Canned motor pumps, stator liners 2.318
Canned motor pumps, stators 2.315
Canned motor pumps, thrust balance 2.319—2.321
Canned motor pumps, vertical condensate pumps 9.97
Cantilever shaft pumps 2.168
Capacities, drainage pumps 9.48
Capacities, hydrodynamic drives 6.135
Capacities, hydrokinetic drives 6.134
Capacities, hydroviscous drives 6.136
Capacities, irrigation pumps 9.48
Capacities, metering pumps 9.317
Capacities, paper mill pumps 9.175
Capacities, power pumps 3.4
Capacities, rotary pumps 3.139—3.140
Capacities, screw pumps 3.115
Capacities, vane pumps 3.140
Capacities, water supply systems 9.6
Capacities, well pumps 9.22
Capacity planning, electronic pumps 3.88
Capacity planning, sewage pumps 9.37
Carbon pumps 5.53
Carbon slurry pumps, water treatment plants 9.17
Carbon steel shafts 5.30
Carburizing gears 6.150
Cargo marine pumps 9.237—9.238 9.241
Casing cover rings, leakage joints 2.118
Casing housing, rotary pumps 3.124
Casing rings, leakage joints 2.118
Casing rings, restricting movement 2.123
Casing sealing glands, single-stage steam turbines 6.41
Casing tongues, centrifugal pumps, reducing size 2.347
Casings 2.102
Casings, feet location 2.110
Casings, handholes 2.107
Casings, hydrokinetic drives 6.129
Casings, hydrostatic tests 2.111
Casings, materials of construction 5.28—5.29
Casings, mechanical features 2.107
Casings, multistage pumps 2.107 2.110
Casings, single-stage steam turbines 6.41
Casings, slurry pumps 9.357
Cast cylinders, power pumps 3.22
Cast iron, casings 5.28
Cast iron, flanges 2.110
Cast iron, impellers 5.27
Cast iron, wear rings 5.32
Catcher bearings 2.279 2.284
Cavitation 2.224 2.248 2.397—2.398 2.448
Cavitation erosion 5.11
Cavitation limited flow ratios, LJL pumps 4.15 4.19
Cavitation, boiler feed pumps 9.92—9.94
Cavitation, centrifugal pumps 2.347 2.356—2.357
Cavitation, control valves 7.23
Cavitation, high-energy pumps, backflow 2.86
Cavitation, high-energy pumps, erosion effects 2.71 2.88
Cavitation, high-energy pumps, instabilities 2.87
Cavitation, high-energy pumps, pressure pulsations 2.87
Cavitation, LJL pumps 4.11 4.17
Cavitation, noise sources 8.111—8.113
Cavitation, resistance 5.13
Cavitation, rotary pumps 3.135
Cavitation, testing pumps 13.10
Cavitation, turbines 6.83
Cellar drainers, volute pumps 2.169
Centerline footings 2.110
Centerline pump support 2.157
Centipoises 8.33
Centralized multi-pump priming systems 2.459
Centrifugal pumps 2.3 2.21
Centrifugal pumps, abnormal operations 2.376
Centrifugal pumps, adjustable vanes 2.367
Centrifugal pumps, air admission 2.367
Centrifugal pumps, aircraft fuel 9.411
Centrifugal pumps, axial lengths 2.29
Centrifugal pumps, blades 2.33—2.34
Centrifugal pumps, blades, determining number 2.36—2.38
Centrifugal pumps, blades, determining shape 2.39—2.40
Centrifugal pumps, boundary blockages 2.61
Centrifugal pumps, breakaway torque 2.360
Centrifugal pumps, bypass orifices 8.87
Centrifugal pumps, bypass regulation 2.367
Centrifugal pumps, casing tongues, reducing size 2.347
Centrifugal pumps, cavitation 2.347
Centrifugal pumps, cavitation, reducing damage 2.356
Centrifugal pumps, cavitation, resistant materials 2.357
Centrifugal pumps, chemical 9.120
Centrifugal pumps, collectors 2.41
Centrifugal pumps, component efficiencies 2.11—2.12
Centrifugal pumps, defective bearings 2.406
Centrifugal pumps, designing 2.27 2.406
Centrifugal pumps, diffusion assessments 2.66
Centrifugal pumps, discharge, recirculation 2.370
Centrifugal pumps, discharge, throttling 2.366
Centrifugal pumps, drainage see "Drainage pumps"
Centrifugal pumps, drivers, torque characteristics 2.359—2.360
Centrifugal pumps, dynamic instability 2.56
Centrifugal pumps, efficiencies 2.60—2.61 2.329 2.382—2.383
Centrifugal pumps, efficiencies, increasing impeller speed 2.334
Centrifugal pumps, electromagnetic effects 2.27
Centrifugal pumps, emulsions 2.27
Centrifugal pumps, energy transfer 2.9
Centrifugal pumps, entrained air 2.358
Centrifugal pumps, entrained gases 2.26
Centrifugal pumps, Euler's Pump Equation 2.13
Centrifugal pumps, exit radius 2.30
Centrifugal pumps, extended Bernoulli equation 2.15
Centrifugal pumps, first law of thermodynamics 2.9
Centrifugal pumps, flow rate 2.327 2.351
Centrifugal pumps, flow rate, regulation 2.365
Centrifugal pumps, head 2.328
Centrifugal pumps, heat of compression 2.11
Centrifugal pumps, high specific speed 2.364
Centrifugal pumps, hubs, profiles 2.31 2.33 2.62
Centrifugal pumps, hydraulic efficiency 2.334
Centrifugal pumps, hydraulic geometry 2.21
Centrifugal pumps, impellers 2.29
Centrifugal pumps, impellers, blades 2.64
Centrifugal pumps, impellers, diffusion effects 2.15
Centrifugal pumps, impellers, eyes 2.29
Centrifugal pumps, impellers, inlets 2.58—2.59
Centrifugal pumps, impellers, outlets 2.59
Centrifugal pumps, impellers, reducing diameter 2.338—2.339
Centrifugal pumps, impellers, reversed installation 2.382
Centrifugal pumps, incorrect driver rotation 2.382
Centrifugal pumps, inducers 2.358
Centrifugal pumps, inlets, blades 2.34
Centrifugal pumps, inlets, velocity diagrams 2.64
Centrifugal pumps, internal static pressure distribution 2.16
Centrifugal pumps, irrigation see "Irrigation pumps"
Centrifugal pumps, LJL pump interaction 4.19
Centrifugal pumps, losses 2.11
Centrifugal pumps, low specific speed 2.361—2.362
Centrifugal pumps, marine cargo 9.237
Centrifugal pumps, mechanical issues, critical speed 2.409
Centrifugal pumps, mechanical issues, efficiency 2.334
Centrifugal pumps, mechanical issues, mechanical performance 2.405—2.406
Centrifugal pumps, medium specific speed 2.364
Centrifugal pumps, mixed-flow impellers, reducing diameter 2.339
Centrifugal pumps, moments of forces 2.13
Centrifugal pumps, Moody — Staufer formula 2.383
Centrifugal pumps, NPSH 2.16—2.17 2.25 2.349—2.351 2.355
Centrifugal pumps, operating 12.13—12.14
Centrifugal pumps, outlets, blades 2.34—2.35
Centrifugal pumps, outlets, velocity diagrams 2.64
Centrifugal pumps, overfiling vanes 2.343
Centrifugal pumps, parallel operation 2.367—2.368
Centrifugal pumps, performance 2.24 2.334
Centrifugal pumps, performance, axial thrust 2.53—2.54
Centrifugal pumps, performance, backward-curved blades 2.331
Centrifugal pumps, performance, CFD 2.51—2.52
Centrifugal pumps, performance, characteristic curves 2.18 2.46
Centrifugal pumps, performance, estimates 2.69
Centrifugal pumps, performance, forward-curved blades 2.332
Centrifugal pumps, performance, mechanical efficiency 2.50
Centrifugal pumps, performance, non-recirculating flows 2.46
Centrifugal pumps, performance, non-viscous flows 2.329—2.330
Centrifugal pumps, performance, radial blades 2.332
Centrifugal pumps, performance, stability 2.56
Centrifugal pumps, performance, viscous flow 2.331
Centrifugal pumps, performance, volumetric efficiency 2.50
Centrifugal pumps, pipeline applications 9.142
Centrifugal pumps, pitting 2.347
Centrifugal pumps, power output 2.329
Centrifugal pumps, primers 2.359
Centrifugal pumps, Q3D analysis 2.48
Centrifugal pumps, radial thrust 2.372
Centrifugal pumps, recirculation 2.369—2.370
Centrifugal pumps, recirculation, recirculating flow 2.19
Centrifugal pumps, return passages 2.45
Centrifugal pumps, rotary pump comparisons 3.130
Centrifugal pumps, rotative speed 2.27
Centrifugal pumps, Ruetschi formula 2.384
Centrifugal pumps, scaling 2.19
Centrifugal pumps, second law of thermodynamics 2.10
Centrifugal pumps, shrouds, profiles 2.31—2.33 2.62
Centrifugal pumps, similitude 2.20
Centrifugal pumps, sizing 2.28—2.29
Centrifugal pumps, sizing, effect on efficiency 2.24
Centrifugal pumps, slurry effects 2.26
Centrifugal pumps, speeds, rotor shape 2.23
Centrifugal pumps, starting 12.14
Centrifugal pumps, static instability 2.56
Centrifugal pumps, static pressure, increases 2.16
Centrifugal pumps, static pressure, losses 2.14
Centrifugal pumps, static stability 2.56
Centrifugal pumps, stopping 12.14
Centrifugal pumps, subscript designations 2.8
Centrifugal pumps, suction nozzles 2.58
Centrifugal pumps, suction recirculation 2.370
Centrifugal pumps, suction throttling 2.366
Centrifugal pumps, suction-specific speed 2.352
Centrifugal pumps, temperature rise 2.372
Centrifugal pumps, Thoma cavitation parameter 2.352
Centrifugal pumps, total dynamic head 2.10
Centrifugal pumps, transient operations 2.379—2.381
Centrifugal pumps, transient power failures 2.376
Centrifugal pumps, troubleshooting 12.20—12.23
Centrifugal pumps, turbine applications 2.385—2.387
Centrifugal pumps, underfiling vanes 2.343
Centrifugal pumps, units 2.327
Centrifugal pumps, vane tips, clearance 2.337
Centrifugal pumps, vane tips, reducing size 2.342
Centrifugal pumps, vaned diffusers 2.43—2.44
Centrifugal pumps, velocity diagrams 2.13
Centrifugal pumps, velocity triangles 2.19
Centrifugal pumps, vibration 2.382
Centrifugal pumps, viscosity 2.25
Centrifugal pumps, volumetric efficiency 2.334
Centrifugal pumps, volutes 2.41—2.43 2.67
Centrifugal pumps, wearing rings, clearance 2.336
Centrifugal slurry pumps 9.351—9.352 9.358
Centrifugal slurry pumps, casings 9.357
Centrifugal slurry pumps, efficiencies 9.360—9.361
Centrifugal slurry pumps, hydraulic design 9.353
Centrifugal slurry pumps, impellers 9.357
Centrifugal slurry pumps, liners 9.365
Centrifugal slurry pumps, particle impact wear 9.364
Centrifugal slurry pumps, seals 9.357
Centrifugal slurry pumps, shells 9.365
Centrifugal slurry pumps, sliding abrasion wear 9.364
Centrifugal slurry pumps, solids effects 9.360
Centrifugal slurry pumps, wear 9.353 9.363—9.365
Centrifugal/displacement systems, flow control 3.78 3.81
Ceramic pumps 5.53
CFD (computational fluid dynamics), centrifugal pumps 2.46 2.51—2.52
Chamber design, seals 2.220
Charging pumps 9.280
Check valves, AODPs 3.93
Check valves, sealing liquids 2.143
Check valves, waterhammer 8.98 8.102
Chemical pulping 9.160
Chemical pumps, alkaline solutions 9.117
Chemical pumps, casting integrity 9.121
Chemical pumps, chlorine 9.117
Chemical pumps, corrosion 9.118
Chemical pumps, gaskets 9.121
Chemical pumps, hydrochloric acid 9.117
Chemical pumps, maintenance 9.122
Chemical pumps, materials of construction 9.115—9.116 9.121
Chemical pumps, nitric acid 9.117
Chemical pumps, nonmetallic 9.124
Chemical pumps, organic acids/compounds 9.117—9.118
Chemical pumps, packings 9.122
Chemical pumps, phosphoric acid 9.117
Chemical pumps, pigments 9.116
Chemical pumps, power end 9.122
Chemical pumps, salt solutions 9.118
Chemical pumps, sealless 9.124
Chemical pumps, seals 9.122—9.123
Chemical pumps, shafts 9.123
Chemical pumps, sulfuric acid 9.116
Chemical pumps, types 9.120
Chemical pumps, weldments 9.121
Chemical resistance, composite pumps 5.51
Chemical transfer systems see "Transfer systems"
Chilled water pumps, PWR plants 9.283
Chlorine, chemical pumps 9.117
Chlorine, composite pump applications 5.54
Chlorine, corrosion 5.38
Chlorine, paper mill pumps 9.165
Chrome plating, shafts 5.30
Cipoletti weirs 13.19 13.22
Circuits, hot water pumps 9.255
City water cooling systems, engines 6.66
Clamshell markings 5.24
Classes of nuclear pumps 9.294
Classification of pumps 1.2—1.3
Clearances, centrifugal pumps 2.336—2.337
Clearances, magnetic bearing rotors 2.282
Clearances, wearing rings 2.123—2.124
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