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Mobley R.K. — Plant Engineering Handbook
Mobley R.K. — Plant Engineering Handbook



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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: en

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
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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
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