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| Ïîèñê ïî óêàçàòåëÿì |
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| Muller H.K., Nau B. — Fluid Sealing Technology: Principles and Applications |
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| Ïðåäìåòíûé óêàçàòåëü |
Hydraulic seals, materials 118 120—121 123 131 148—149 158—159
Hydraulic seals, piston seals, concepts 4 148—150
Hydraulic seals, piston seals, elastomeric designs 148—150
Hydraulic seals, piston seals, spiralling 150
Hydraulic seals, piston seals, thermoplastic 148—150
Hydraulic seals, PTFE coaxial seals, blow-by 151—153
Hydraulic seals, PTFE coaxial seals, design 120—127 144 150—152 155
Hydraulic seals, PTFE coaxial seals, film thickness and leakage 123—127
Hydraulic seals, PTFE coaxial seals, friction 130—135
Hydraulic seals, PTFE coaxial seals, piston seals 150—153
Hydraulic seals, rod seals 4 111—148
Hydraulic seals, sealing mechanism 111—112 see
Hydraulic seals, tandem seals (multiple seals) 143—148
Hydraulic seals, U-seal, elastomeric 118—121 131
Hydraulic seals, U-seal, spring-loaded 156—157
Hydraulic seals, UHMWPE lip seals 156—157
Hydraulic seals, V-seal 143
Hydraulic seals, wiper seals 153—155
Inertia 1 7—8 see
Interface film see "Sealing gap"
Interference 9 see
IRHD see "Elastomers hardness"
Joints see "Gasketed joints"
Leakage see also "Flow" "Seal
Leakage, blow-by 51—52
Leakage, flow modes 1—3
Leakage, fluid phases 3
Leakage, hydrocarbon detection 3
Leakage, measurement by 'Method 21' 259—260
Leakage, ppm 3
Leakage, regulations 3
Lip seal (rotary) 1 11 73—110
Lip seal (rotary) for bearings 97—99
Lip seal (rotary),  83—84
Lip seal (rotary), approach angle 76 102—103
Lip seal (rotary), back to back 86
Lip seal (rotary), case sealing 92—93
Lip seal (rotary), concept 74—76
Lip seal (rotary), contact width 74 76 106
Lip seal (rotary), dust-lip 89—92
Lip seal (rotary), duty parameter 84—85
Lip seal (rotary), eccentricity 84 88
Lip seal (rotary), embrittlement 87
Lip seal (rotary), failure mechanisms 86—88
Lip seal (rotary), floating 93
Lip seal (rotary), friction 84—85 90 108—109
Lip seal (rotary), heat generation 84—85
Lip seal (rotary), helical shaft-motion 85
Lip seal (rotary), historical background 73
Lip seal (rotary), load, decay in service 77 105
Lip seal (rotary), load, measurement 77
Lip seal (rotary), load, working value 74—77 103
Lip seal (rotary), lubrication 79—80
Lip seal (rotary), materials 93—97 102 see
Lip seal (rotary), microasperities 77—84
Lip seal (rotary), power consumption 108
Lip seal (rotary), pressure seals 86 101—110
Lip seal (rotary), PTFE, design features and behavior 93 95—97 102
Lip seal (rotary), PTFE, pressure lip-seals 104—108
Lip seal (rotary), PTFE, stand-by seal 286—287
Lip seal (rotary), pV 103
Lip seal (rotary), run-out 88 90 101
Lip seal (rotary), sealing, dynamic mechanism 80—84
Lip seal (rotary), sealing, hydrodynamic aids 88—89 90
Lip seal (rotary), sealing, liquid-liquid 85
Lip seal (rotary), shaft, deposits 87
Lip seal (rotary), shaft, finish 79—80
Lip seal (rotary), shaft, surface lead 87
Lip seal (rotary), shaft, wear 87—88
Lip seal (rotary), spring, function 74—75
Lip seal (rotary), spring, springless seal 103
Lip seal (rotary), unitized 89—92 94
Lip seal (rotary), V-ring 98
Lip seal (rotary), wear 77—79
Load, preload 9—10
Load, pressure load 9
Load, specific 9—10
Lubrication see also "Flow" "Seal
Lubrication, boundary 6
Lubrication, hydrodynamic 6
Lubrication, hydrostatic 6
Magnetic couplings see "Hermetic seals"
Magnetic liquid seals, applications 381 387—388
Magnetic liquid seals, concepts 15—16 381—384
Magnetic liquid seals, design examples 387—388
Magnetic liquid seals, gas sealing 384—386
Magnetic liquid seals, hybrid designs 388—391
Magnetic liquid seals, liquid sealing 388—391
Magnetic liquid seals, power dissipation 386—387
Magnetic liquid seals, viscous heating 386—387
Mastics 451
materials see also "Ceramics" "Compression "Elastomers" "Metal "Plastics"
Materials, friction coefficient 297
Materials, mechanical seal face materials, physical properties 21
Materials, mechanical seal face materials, pV parameter 297
Materials, polymeric 17—37
Materials, wear coefficient 297
Mechanical seals in general 1 11—12
Mechanical seals, alignment 281—282 289
Mechanical seals, applications 217 236 289—290
Mechanical seals, background 215—216
Mechanical seals, balance see also "Load"
Mechanical seals, balance with pressure reversal 228—230
Mechanical seals, balance, area ratio 226—230 274
Mechanical seals, balance, balance factor  226 231—233
Mechanical seals, balance, concept 224—230 274
Mechanical seals, buffer fluid 285—287
Mechanical seals, concept 216—219
Mechanical seals, cooling 289—290
Mechanical seals, deformation of faces 254—257
Mechanical seals, design aspects see also "API"
Mechanical seals, design aspects, balanced seals 275—276
Mechanical seals, design aspects, cartridge type 275—276 282—284
Mechanical seals, design aspects, compact seal 277
Mechanical seals, design aspects, components 273—274
Mechanical seals, design aspects, dimensions 273
Mechanical seals, design aspects, dry-running 285—286
Mechanical seals, design aspects, dual type 283—287
Mechanical seals, design aspects, high speed 275
Mechanical seals, design aspects, magnetic preload 277
Mechanical seals, design aspects, requirements 273—275 289—290
Mechanical seals, design aspects, secondary seals 275—276 279—281 290
Mechanical seals, design aspects, stand-by seals 285—287
Mechanical seals, design aspects, torque 275—276 278
Mechanical seals, design aspects, unbalanced seals 275—276
Mechanical seals, design aspects, unconventional 277—278
Mechanical seals, duty parameter G 236—238
Mechanical seals, faces, compression 234
Mechanical seals, faces, coning 231—233 261—264 296
Mechanical seals, faces, grooves 266—269
Mechanical seals, faces, lapping 216
Mechanical seals, faces, spiral-grooves 266
Mechanical seals, faces, surface topography 220—221 235—236 243 260—261
Mechanical seals, faces, width 275
Mechanical seals, failure modes 242—246 246—249 251 254—257 260—264 269—271
Mechanical seals, friction coefficient f 237—238
Mechanical seals, gas seals, film-riding, concepts 335—337 343—347
Mechanical seals, gas seals, film-riding, critical pressure 340—342
Mechanical seals, gas seals, film-riding, designs 343—347
Mechanical seals, gas seals, film-riding, fluid pressure distribution 336
Mechanical seals, gas seals, film-riding, materials 342—343
Mechanical seals, gas seals, film-riding, operating mechanism 337—340
Mechanical seals, gas seals, film-riding, pumping-groove types 337—340
Mechanical seals, historical background 215—216
Mechanical seals, instability 242—246 290
Mechanical seals, interface lubrication, boundary-mode lubrication 236—238
Mechanical seals, interface lubrication, fluid flow equations 232 241 260—261
Mechanical seals, interface lubrication, hydrodynamics 220 233—238 264—269
Mechanical seals, interface lubrication, hydrostatics 219 224—226 230—233 240
Mechanical seals, interface lubrication, lubrication 219—223 230—238
| Mechanical seals, interface lubrication, mixed-mode lubrication 233—234 236—238
Mechanical seals, interface lubrication, temperature 237—246 264—266
Mechanical seals, interface lubrication, thermal wedge 264—266
Mechanical seals, interface lubrication, vapor phase 238—242 244—246
Mechanical seals, leakage 220 232—233 284
Mechanical seals, load see also "Balance"
Mechanical seals, load, hydraulic 224—230
Mechanical seals, load, spring 227
Mechanical seals, materials see "Ceramics" "Elastomers" "Metal "Plastics"
Mechanical seals, materials, corrosion resistance 297—299
Mechanical seals, materials, damage 243
Mechanical seals, materials, friction coefficient 297
Mechanical seals, materials, operational properties 297
Mechanical seals, materials, physical properties 21 293—296
Mechanical seals, materials, pV-factor 297
Mechanical seals, materials, selection 290
Mechanical seals, materials, wear coefficient 297
Mechanical seals, operating modes 221
Mechanical seals, piping plans 251—252
Mechanical seals, pressure operating-modes, high pressure 231—232 261—264 284—285
Mechanical seals, pressure operating-modes, internal pressurization 257—258
Mechanical seals, pressure operating-modes, low pressure 258—259
Mechanical seals, principles 215—271
Mechanical seals, quenching 290
Mechanical seals, seal chamber (housing), churning losses 252—254
Mechanical seals, seal chamber (housing), dimensions 273
Mechanical seals, seal chamber (housing), erosion 247—249
Mechanical seals, seal chamber (housing), flow behavior 246—254
Mechanical seals, seal chamber (housing), flush 251—252
Mechanical seals, seal chamber (housing), gas in suspension 238—239
Mechanical seals, seal chamber (housing), heat transfer 249—251
Mechanical seals, seal chamber (housing), pressure 251
Mechanical seals, seal chamber (housing), temperature 244—246
Mechanical seals, specific gravity effect 284
Mechanical seals, springs see "Load"
Mechanical seals, terminology 217—219
Mechanical seals, thermal effects, flashing 290
Mechanical seals, thermal effects, interface temperature 237—246 264—266
Mechanical seals, thermal effects, temperature margin  244—246
Mechanical seals, thermal effects, thermal instability 304—305
Mechanical seals, thermal effects, thermal stress resistance 296
Mechanical seals, thermal effects, thermal wedge 264—266
Mechanical seals, thermal effects, thermodynamics 238—242
Mechanical seals, upstream pumping 266—269
Mechanical seals, vapor emission see "Leakage"
Mechanical seals, vapor phase operation 239—246
Mechanical seals, wear, adaptive 221—223
Mechanical seals, wear, dependence on duty parameter 237
Mechanical seals, wear, effects of abrasives 251—252
Mechanical seals, wear, running-in 222—223
Membranes 451—453
Metal alloys in mechanical seals 293—299 302—303
Metal alloys, comparison with polymers 21
Metal alloys, properties 294—295
Mooney — Rivlin elasticity model 27—29
NPSH 251
O-Rings 11
O-rings in flanged joints 421—422
O-rings in mechanical seals 275—276 290
O-rings, assembly 46—49
O-rings, automatic sealing 39—44
O-rings, back-up ring 47—48
O-rings, constraint 50—51
O-rings, extrusion 47—48
O-rings, flexing 50
O-rings, fluid compatibility see "Elastomers limitations"
O-rings, fretting wear 49
O-rings, housing 44—45 50
O-rings, housing, deflections 51—53
O-rings, hydraulic seals 117—118 121—125 200
O-rings, interference 39—40 46
O-rings, jackcted 298
O-rings, materials 44—45 see compounds"
O-rings, rotary, skewed 104
O-rings, thickness 46
O-rings, transients 51—53
O-rings, twisting 49
O-rings, wavy 104
Organizations, API (American Petroleum Institute) standards 273 289—290 433
Organizations, ASME (American Society of Mechanical Engineers), flange standards 414—415 417
Organizations, ASME (American Society of Mechanical Engineers), pressure vessel code 447—448
Organizations, ASTM (American Society for Testing Materials), polymer abbreviations 33—34
Organizations, ASTM (American Society for Testing Materials), window gasket standards 463
Organizations, CEN (European Standards Organisation), flange standards 414—415 417
Organizations, EPA (US Environmental Protection Agency) 259—260
Organizations, ISO (International Standards Organization), flange standards 414—415 417
Organizations, ISO (International Standards Organization), polymer abbreviations 33—34
Packing see "Compression packing"
Paints 451
Permeation see "Flow diffusion"
Phase change 3
Piston rings 10—11 175—198
Piston rings for gas compressors, background 194—195
Piston rings for gas compressors, joint gaps 195—196
Piston rings for gas compressors, lubrication 197—198
Piston rings for i.e. engines compression rings, contact pressure 177—178
Piston rings for i.e. engines compression rings, functional requirements 175—176
Piston rings for i.e. engines compression rings, gas leakage 179—183
Piston rings for i.e. engines compression rings, intermediate rings 185—186
Piston rings for i.e. engines compression rings, materials 177 183 187
Piston rings for i.e. engines compression rings, oil leakage 188—189
Piston rings for i.e. engines compression rings, oil-control rings 187—189
Piston rings for i.e. engines compression rings, operational problems 190—192
Piston rings for i.e. engines compression rings, shape and dimensions 178—179 183—184
Piston rings for i.e. engines compression rings, steel-rail expander rings 188—189
Piston rings for i.e. engines compression rings, twisting 184—186
Piston rings for i.e. engines compression rings, two-ring systems 193
Piston rings for i.e. engines compression rings, wear rates 190
Plastics see also "Materials polymeric"
Plastics, phenolic 294 301
Plastics, polyacetal 148
Plastics, polyester 301
Plastics, PTFE see also "Compression packings" "Hydraulic "Lip "Pneumatic
Plastics, PTFE in flexible piping 469
Plastics, PTFE in mechanical seals 294 298
Plastics, PTFE, bellows 401
Plastics, PTFE, compatibility 33 35
Plastics, PTFE, concepts 161
Plastics, PTFE, diaphragms 396
Plastics, PTFE, jacketed O-rings 298
Plastics, PTFE, properties 17 294
Plastics, PTFE, tape 456
Plastics, thermoplastics 21 31 453
Pneumatic seals, abrasion 172
Pneumatic seals, dry-running 171—173
Pneumatic seals, elastomeric 163—170
Pneumatic seals, elastomeric, design 166—168
Pneumatic seals, elastomeric, film thickness 164
Pneumatic seals, elastomeric, lubrication for life 163—166
Pneumatic seals, friction 168—172
Pneumatic seals, materials 168 see
Pneumatic seals, PTFE 170—173
Pneumatic seals, requirements 161—163
Pneumatic seals, stick-slip 170
Pneumatic seals, thermoplastic 170—173
Pollution 73 284 see
PPM see "Leakage"
Printed gaskets see "Gaskets printed"
PuTTY 451
Radial face seals see "Mechanical seals"
Reciprocating seals see "Hydraulic seals"
Reliability 73
Reynolds equation see "Flow"
Rotary unions see "Couplings rotary"
Rubber see "Materials polymeric"
Seal components, concepts 3—12
Seal types see also "O-rings"
Seal types, bushings see "Clearance seals"
Seal types, centrifugal seals see "Clearance seals"
Seal types, coaxial 11
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