Àâòîðèçàöèÿ
Ïîèñê ïî óêàçàòåëÿì
Mobley R.K. — Plant Engineering Handbook
Îáñóäèòå êíèãó íà íàó÷íîì ôîðóìå
Íàøëè îïå÷àòêó? Âûäåëèòå åå ìûøêîé è íàæìèòå Ctrl+Enter
Íàçâàíèå: Plant Engineering Handbook
Àâòîð: Mobley R.K.
Àííîòàöèÿ: Every plant engineer's bookshelf should contain at least one basic engineering reference. And if you're only going to have one, Plant Engineer's Handbook is a good candidate. This volume is a completely revised edition of Plant Engineer's Reference Book, which was published about 10 years ago.
As chief editor of the handbook, Keith Mobley has done a masterful job of assembling the contributions of 40 contributors into 64 chapters that cover the entire plant engineering function from definition to technology to management. In fact, this handbook stands out from most other engineering handbooks by including information on such issues as insurance, finances, and maintenance management in addition to the engineering knowledge plant engineers require. - Plant Engineering Magazine
This book covers the things a plant engineer does-such as selection of a suitable site for a factory and provision of basic facilities - as well as issues such as labrication, corrosion, energy conservation, maintenance and materials handling environment, insurance and finances. The volume provides a comprehensive treatment of the maintenance management funuction. In addition to chapters outlining the operation of plant equipment, there is advice on getting the most out of the equipment and its operators. -llE Solutions
ßçûê:
Ðóáðèêà: Òåõíîëîãèÿ /
Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö
ed2k: ed2k stats
Èçäàíèå: 1st edition
Ãîä èçäàíèÿ: 2001
Êîëè÷åñòâî ñòðàíèö: 2000
Äîáàâëåíà â êàòàëîã: 21.05.2008
Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
Ïðåäìåòíûé óêàçàòåëü
Pressure control, gas 298—299
Pressure equipment, employee safety and employer’s liability 196 196—197
Pressure plant and boilers, inspection of 165—166 170 176 177 183
Pressure reducing valves, steam low-pressure systems 364—368
Pressure vessels, inspection of 166
Pressure, SI/non-SI conversion factors 318
Pressure/volume/temperature (PVT) relationship, for compressors 605
Preventative maintenance and bathtub curve 860
Preventative maintenance, definition 848
Preventative maintenance, management of 859—860
Preventative maintenance, when insufficient 864 (see also “Maintenance/maintenance management” “Predictive
Prime cost (PC) sum 88—89
Process equipment, steam traps for 374
Process rolls, computer vibration analysis 771—772
Process rolls, computer vibration analysis, bearings 772
Process rolls, computer vibration analysis, load distribution 772
Process rolls, computer vibration analysis, misalignment 772
Process rolls, computer vibration analysis, transducer locations with 784
Process water, corrosion by 970
Process/site layout modeling, computer modeling 72—74
Process/site layout modeling, factory areas determination 76
Process/site layout modeling, model construction 74
Process/site layout modeling, model for change 74—76
Process/site layout modeling, plant layout optimization 72—73
Process/site layout modeling, plant sizing flowsheets 73
Process/site layout modeling, simulation models 74
Production responsibilities, plant engineers 5
Professional engineering development 10—11
Professional engineers, in UK 9
Profitability 1105—1106
project planning see “Shutdown (outage)”
Propane 323
Propene (propylene) 323
Protected markets/protectionist policies 37
Protection systems, electrical see “Electricity distribution protection systems”
Protective equipment, personal, employee safety and employer’s liability 197
Provisional sum in contracts 89
Psychrometrics/psychrometry 483 693
Public liability insurance 194—195 (see also “Liability insurance”)
Pulleys and v-belts see “V-belts”
Pulverized fuel (PF) burners 426 427
Pulverized fuel (PF) burners and air pollution 816
Pumps/pumping 533—564
Pumps/pumping, accumulator designs 542
Pumps/pumping, air content and pump behavior 545
Pumps/pumping, back pull-out desgn 537
Pumps/pumping, cavitation 550—555
Pumps/pumping, centrifugal pump installation, baseplate design and securing 567
Pumps/pumping, centrifugal pump installation, discharge piping configuration 568
Pumps/pumping, centrifugal pump installation, elbows on suction flange avoidance 569
Pumps/pumping, centrifugal pump installation, foundations 567 570
Pumps/pumping, centrifugal pump installation, friction loss reduction 569
Pumps/pumping, centrifugal pump installation, inlet piping configuration 568
Pumps/pumping, centrifugal pump installation, net positive suction head (NPSH) requirements 568—569
Pumps/pumping, centrifugal pump installation, piping alignment 569
Pumps/pumping, centrifugal pump installation, piping support 567
Pumps/pumping, centrifugal pump installation, right fittings usage 569—570
Pumps/pumping, centrifugal pump installation, rules for proper installation 568—570
Pumps/pumping, centrifugal pump installation, stop air in suction line avoidance 469
Pumps/pumping, centrifugal pump installation, total friction loss 568
Pumps/pumping, centrifugal pump installation, total system head (TSH) 568
Pumps/pumping, centrifugal pump installation, transducer locations with 784
Pumps/pumping, centrifugal pump installation, turbulent flow problems 568
Pumps/pumping, centrifugal pump installation, vapor in suction line avoidance 469
Pumps/pumping, centrifugal pumps operation and use 536 543 550
Pumps/pumping, centrifugal pumps operation and use and speed changing drives 561—562
Pumps/pumping, centrifugal pumps operation and use, inspection 171
Pumps/pumping, centrifugal pumps operation and use, seals for 556—559
Pumps/pumping, dissolved gas and liquid displacement 545
Pumps/pumping, double-suction design 538
Pumps/pumping, drive selection 560—562
Pumps/pumping, efficiency 539
Pumps/pumping, efficiency, volume efficiency 654
Pumps/pumping, energy conservation 512
Pumps/pumping, external gear 543
Pumps/pumping, family tree of types 535
Pumps/pumping, flow control 549—550
Pumps/pumping, flow control, bypass control 549—550
Pumps/pumping, flow control, valve control 549—550
Pumps/pumping, fluid properties and pump behavior 541—543
Pumps/pumping, friction factor 545
Pumps/pumping, internal gear 543
Pumps/pumping, lobe rotor 543
Pumps/pumping, monoblock design 537
Pumps/pumping, multiple-pumps 550 551 552
Pumps/pumping, multiple-pumps, transducer locations with 785—786
Pumps/pumping, net positive suction head (NPSH) 552—555
Pumps/pumping, piston/plunger pumps 541
Pumps/pumping, plunger 543
Pumps/pumping, positive displacement pumps 540—541
Pumps/pumping, positive displacement pumps, transducer locations with 786—787
Pumps/pumping, priming systems 555—556
Pumps/pumping, pump range chart 560
Pumps/pumping, pump selection 559—560
Pumps/pumping, pump/system interaction/matching 549—550
Pumps/pumping, reciprocating pumps 540—542 543
Pumps/pumping, reciprocating pumps, seals for 559
Pumps/pumping, regenerative 543
Pumps/pumping, reliability considerations 563
Pumps/pumping, rotodynamic pump principles 535—540
Pumps/pumping, scaling laws 536—540
Pumps/pumping, screw/centrifugal pump comparison 544
Pumps/pumping, seals, centrifugal and rotary pumps 556—559
Pumps/pumping, seals, reciprocating pumps 559
Pumps/pumping, seals, soft packings speed range 558
Pumps/pumping, seals, soft packings temperature range 557
Pumps/pumping, self-priming systems 555—556
Pumps/pumping, single/twin/multiple-screw 543
Pumps/pumping, single/twin/multiple-screw, transducer locations on 783
Pumps/pumping, sliding vane 543
Pumps/pumping, speed control 549—550
Pumps/pumping, spur (external) gear pump 540—541
Pumps/pumping, suction systems 550 552 553
Pumps/pumping, testing 563
Pumps/pumping, testing, factory tests 563
Pumps/pumping, testing, scale-model testing 563
Pumps/pumping, The Institution of Mechanical Engineers’ availability classes 563
Pumps/pumping, Thoma’s cavitation parameter 355
Pumps/pumping, variable speed 550 552
Pumps/pumping, viscosity effects 542—543
Pumps/pumping, viscosity effects, viscosity correction curves 544
Pumps/pumping, vortex-prevention 553 (see also “Hydraulic/hydrostatic fundamentals” “Pipework “Vibration pumps”)
Pumps/pumping, ‘Specific Speed’ 538—539
Purchasing contracts 89—90
Pyrometers 268—269
Quality control of contracts 95—96
Quality control, using vibration analysis 723—724
Rail access, and site selection 20
Rail oil tank cars 275
Railway engines, and air pollution 816
Rainwater runoff 22
Rankin Cycle 204
Rathbone chart 791
Reciprocating compressors see under “Compressor types and operation”
Refrigeration plant, air conditioning see under “Air conditioning”
Regulatory compliance, in US 1151—1156
Relative humidity 692
Reportable accidents 172
Resins, limitations from corrosion 979—980
Resistance thermometers 269
Resource planning 41
Rest rooms 61
Reynolds number and heat exchangers 440—441
Reynolds number and pump design 537
Rigid polyurethane foam thermal insulation 146
Ringleman smoke measurement chart 816 819
Rip-rap banks 24
Risk assessment, and crime prevention 190 (see also “Security”)
River oil tankers 275
Road access and site selection 20
Road access, access arrangements 21
Road access, headroom clearance 21
Road access, maneuvering space 21
Road markings 156
Rock wool thermal insulation 144
Roof insulation with false ceilings 450
Roof insulation, external 449
Roof insulation, U values for roof materials 450
Roof insulation, under-drawing 449
Roofs, flat 46
Roofs, flat, defect problems 60
Roofs, penetration arrangement 47
Roofs, pitched 46
Roofs, repairs 60
Roofs, trusses for 46
Roofs, typical constructions 47
Root cause failure analysis 887—888
Rotor balancing 1009—1016
Rotor balancing, balance quality grades table 1016
Rotor balancing, coupled imbalance 1013
Rotor balancing, dynamic/static imbalance combined 1013
Rotor balancing, imbalance amounts 1013
Rotor balancing, imbalance causes, assembly errors 1011—1012
Rotor balancing, imbalance causes, center of rotation errors 1011
Rotor balancing, imbalance causes, cocked rotor errors 1011—1012
Rotor balancing, imbalance causes, key length problems 1012
Rotor balancing, imbalance causes, shaft/bore location errors 1011
Rotor balancing, imbalance theory 1012—1013
Rotor balancing, imbalance theory, dynamic imbalance 1012—1013
Rotor balancing, imbalance theory, static imbalance 1012
Rotor balancing, in place balancing 1014
Rotor balancing, phase relationships of imbalance points 1013
Rotor balancing, phase shift techniques 1015
Rotor balancing, precision balancing 1014
Rotor balancing, rotor speed effects 1013
Rotor balancing, single versus two-plane balancing 1014
Rotor balancing, standards for balancing 1015—1016
SAE (Society of Automotive Engineers) viscosity number 657—658
SAE (Society of Automotive Engineers) viscosity number, engine lubricants 922 923
Safety and building control approval 52
Safety and contracts and specifications 96—97
Safety and maintenance management 863 (see also “Gas safety”)
Safety valves, boilers 410
Safety valves, compressed air systems 596 704—705
Safety valves, gas emergency control valves 312—313
Safety valves, gas fire valves 307
Safety valves, LPG safety relief valves 331
Safety valves, oil pipework fire valves 281
Safety, boiler plant, automatic 409—410
Safety, coal storage 345
Safety, compressed air hazards 689
Safety, corrosion considerations 969—970
Safety, effluent treatment plant 22
Safety, gas usage 297—298
Safety, liquefied petroleum gas (LPG) 330—331 333
Safety, luninaires 125
Salt cavities, for gas storage 310 312
Saturation, degree of saturation 693
Scheduled maintenance, definition 848
Scottish Vocational Education Council (SCOTVEC), address 11
Scottish Vocational Education Council (SCOTVEC), Technician Certificate 10
Sea transport access, and site selection 20
Seals/seal materials see “Pumps/pumping seals” “Shaft
Secific heat, gases/vapors 357
Secific heat, liquids 356
Secific heat, solids 355—356
Security, access control 193
Security, alarm systems 51
Security, alarm systems, reliability and maintenance of 51
Security, breaking-in time 191
Security, closed-circuit television (CCTV) 193
Security, cost effectiveness of 49
Security, criminal action 49—50
Security, defense in depth 190
Security, doors 192
Security, electronically operated access/egress systems 193
Security, entry and egress control 50—51
Security, fences 191
Security, gates 191
Security, high security buildings 51
Security, insurance aspects 189—192
Security, intruder alarms 192
Security, layers of protection 50—51
Security, lighting 192
Security, location considerations 191
Security, movement detection devices 50
Security, objectives of 49
Security, patrol and manual guarding 50
Security, planning for 190
Security, risk assessment 190—191
Security, roofs 192
Security, security staff 193
Security, shutters 192
Security, static detection devices 50
Security, trap and object detection devices 50
Security, walls 192
security, Windows 192
SEEWHY computer program 74
Semiconductor equipment, distorting load of 235
Sensible heat 483
Septic tanks, and site selection 30
Sewage, cesspools 29—30
Sewage, septic tanks 30
Sewage, treatment 39 (see also “Effluent discharge/disposal”)
Shaft alignment 987—1007
Shaft alignment, angular/face misalignment 990—991
Shaft alignment, combinational/skewed misalignment 990—991
Shaft alignment, dial indicators 995—996
Shaft alignment, fundamentals of alignment 989—990
Shaft alignment, graphical plotting 1005—1007
Shaft alignment, horizontal alignment planes 992
Shaft alignment, horizontal units procedures 998—1000
Shaft alignment, horizontal units procedures, correction determination/amount of shim 999—1000
Shaft alignment, horizontal units procedures, initial check 998—999
Shaft alignment, hot alignment check 1005
Shaft alignment, indicator sag correction 994—995
Shaft alignment, machines to be moved (MTBM) 989
Shaft alignment, machines to be shimmed (MTBS) 989
Shaft alignment, offset/parallel misalignment 990
Shaft alignment, optical/laser methods 997—998
Shaft alignment, optical/laser methods, advantages 997—998
Shaft alignment, optical/laser methods, disadvantages 998
Shaft alignment, perfect alignment 990
Shaft alignment, preparatory steps 992—993
Shaft alignment, procedures 998—1004
Shaft alignment, reverse-dial indicator/indicator-reverse method 995 996—997
Shaft alignment, reverse-dial indicator/indicator-reverse method, data recording 996
Shaft alignment, reverse-dial indicator/indicator-reverse method, indicator sag 997
Shaft alignment, reverse-dial indicator/indicator-reverse method, limitations 996
Shaft alignment, reverse-dial indicator/indicator-reverse method, mechanical looseness 997
Shaft alignment, reverse-dial indicator/indicator-reverse method, mounting and readings 996
Shaft alignment, reverse-dial indicator/indicator-reverse method, zeroing and calibrating 997
Shaft alignment, rim-and-face method 995 997
Shaft alignment, rim-and-face method, limitations 997
Shaft alignment, rim-and-face method, mounting 997
Shaft alignment, soft-foot/soft-foot correction 993—994
Shaft alignment, thermal compensation targets 1004
Shaft alignment, thermal growth adjustments 1004—1005
Shaft alignment, trial-and-error versus calculation 989
Shaft alignment, two-indicator method 995
Shaft alignment, vertical alignment planes 992
Shaft alignment, vertical units procedures, angularity corrections 1001—1003
Shaft alignment, vertical units procedures, corrections application 1004
Shaft alignment, vertical units procedures, determining corrections 1001
Shaft alignment, vertical units procedures, east/west correction 1003
Shaft alignment, vertical units procedures, initial check 1000
Shaft alignment, vertical units procedures, north/south check 1000—1001
Shaft alignment, vertical units procedures, north/south correction 1003
Shaft alignment, vertical units procedures, offset correction 1003
Shaft seals, mechanical seals, advantages/disadvantages 1021
Ðåêëàìà