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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:
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
Gas turbine powered electricity generation, turbines in combined cycle, single pressure cycle 206—207
Gas turbine powered electricity generation, turbines in combined cycle, supplementary fired cycle 206
Gas turbine powered electricity generation, turbines in combined cycle, unfired cycle 206 (see also “Electricity power generation” “Electricity
Gas, for electricity generation 210—211
Gases, materials for handling 972
Gasoline/oil interceptors for surface water runoff 23 24
Gates, security 191
Gear lubricants 926—935
Gear lubricants, AGMA specifications 930
Gear lubricants, automatic transmission fluids (ATFs) 933—934
Gear lubricants, bevel gears 933
Gear lubricants, DIN specifications 930
Gear lubricants, environment considerations 934
Gear lubricants, failure of gearboxes 934
Gear lubricants, filtration of oil 932
Gear lubricants, forced circulation 932
Gear lubricants, gear characteristics at low, medium and high speed 926—927
Gear lubricants, gear materials 929
Gear lubricants, heat exchangers 932
Gear lubricants, helical gears 933
Gear lubricants, hypoid gears 927—928
Gear lubricants, loading 929
Gear lubricants, lubrication methods 930—932
Gear lubricants, manufacture of gears/gearboxes 934—935
Gear lubricants, materials of gears 935
Gear lubricants, oil or grease? 933
Gear lubricants, oil-mist lubrication 932
Gear lubricants, open gears 934
Gear lubricants, operating temperature 929
Gear lubricants, operational misuse 935
Gear lubricants, performance 929
Gear lubricants, semi-fluid lubrication 932—933
Gear lubricants, shielded gears 934
Gear lubricants, specifications 929
Gear lubricants, splash lubrication 931
Gear lubricants, spur gears 933
Gear lubricants, surface damage of gears 935
Gear lubricants, surface speed 929
Gear lubricants, wear of gearboxes 934
Gear lubricants, worm gears 928 931 933
Gear teeth 1037—1042
Gear teeth, angular dimensions 1042
Gear teeth, backlash 1041—1042
Gear teeth, calculations 1040
Gear teeth, center distance 1038—1039
Gear teeth, circular pitch 1040—1041
Gear teeth, cycloidal profile 1037
Gear teeth, diametric pitch 1041
Gear teeth, involute profile 1037
Gear teeth, measurements and dimensions 1038
Gear teeth, pitch diameter 1038—1039
Gear teeth, pitch measurements 1039—1040
Gear teeth, pressure angle 1037—1038
Gear teeth, ratios 1042
Gear teeth, tooth elements 1038
Gear teeth, tooth proportion calculations 1041
Gearbox computer vibration analysis 764
Gearbox computer vibration analysis, bearings 764
Gearbox computer vibration analysis, gear-mesh frequencies 764
Gearbox computer vibration analysis, running speeds 764
Gearbox computer vibration analysis, transducer locations with 784
Gearing, financial 1105
Gears and gearboxes 629—367 1029—1042
Gears and gearboxes, backlash 636
Gears and gearboxes, bevel 632 633—635 1031 1034—1036
Gears and gearboxes, brake horsepower rating 636
Gears and gearboxes, efficiencies 636 1037
Gears and gearboxes, failure mode analysis by vibration monitoring 805—810
Gears and gearboxes, failure mode analysis by vibration monitoring, cracked or broken teeth 808
Gears and gearboxes, failure mode analysis by vibration monitoring, defective gear profiles 808
Gears and gearboxes, failure mode analysis by vibration monitoring, excessive wear 808
Gears and gearboxes, failure mode analysis by vibration monitoring, improper shaft spacing 808—810
Gears and gearboxes, failure mode analysis by vibration monitoring, load changes 810
Gears and gearboxes, failure mode analysis by vibration monitoring, normal profiles 805—808
Gears and gearboxes, helical gears 631—633 1031 1032—1034
Gears and gearboxes, herringbone 632 633
Gears and gearboxes, hypoid-bevel gears 635 1031 1035—1036
Gears and gearboxes, installation 637
Gears and gearboxes, milter gears 635
Gears and gearboxes, miter bevel gears 1031 1035 1036
Gears and gearboxes, operating methods 637
Gears and gearboxes, ratios 637
Gears and gearboxes, speed reducers 1042
Gears and gearboxes, speed transients 636
Gears and gearboxes, spiral-bevel gears 634—635 1031 1035
Gears and gearboxes, spur gears, internal tooth, external tooth, rack-and-pinion 631 632 1031 1032
Gears and gearboxes, startup 636
Gears and gearboxes, straight (plain) bevel gears 634 1031 1035
Gears and gearboxes, types of, attributes and negatives 632
Gears and gearboxes, worm and gear 635 1031 1036—1037
Gears and gearboxes, zerol-bevel gears 634 1031 1035
Generators/generation of elecrticity see “Electricity power generation” “Electricity
Glass wool thermal insulation 143—144
Glass, limitations from corrosion 979—980
Glossary, vibration fundamentals 753—755
Gold, limitations from corrosion 979—980
Government influences, monetary incentives 38
Government influences, plant location 37—38
Governors, gas pressure control 298—299
Grease types 951—953
Grease types, application of 953
Grease types, calcium-soap greases 951—952
Grease types, degreasing agents 954
Grease types, filled greases 952
Grease types, lithium-soap greases 952
Grease types, mixing greases 952—953
Grease types, non-soap thickened greases 952
Grease types, selection of 953
Grease types, sodium-soap greases 952
Greases and oils see “Lubrication/lubricating oils and greases”
Greenhouse effect 815
Grinding, cutting fluids (coolants) for 946
Ground floors, industrial buildings, abrasion resistance 65
Ground floors, industrial buildings, chemical resistance 65
Ground floors, industrial buildings, dusting 65
Ground floors, industrial buildings, flatness resistance 65
Ground floors, industrial buildings, ground-bearing slabs, slip membrane 65
Ground floors, industrial buildings, ground-bearing slabs, structural slab 65
Ground floors, industrial buildings, ground-bearing slabs, sub-base 65
Ground floors, industrial buildings, ground-bearing slabs, sub-grade 65
Ground floors, industrial buildings, ground-bearing slabs, wearing surface 65
Ground floors, industrial buildings, rafts 64
Grounding electrical supply systems and equipment, earth electrodes 251—252
Grounding electrical supply systems and equipment, IEE Regulations code 252
Grounding electrical supply systems and equipment, neutral grounding 252
Grounding electrical supply systems and equipment, purpose 251
Grounding electrical supply systems and equipment, substation grounding 252
Guards, building security 50
Hardness of water, for cooling towers 577
Harmonic motion and non-harmonic motion 731—733
Hazard plots 1123—1125
Hazardous materials, employee safety and employer’s liability 196 196—197 197
Hazardous processes, employee safety and employer’s liability 196
Health and building control approval 52
Health and Safety (Emissions into the Atmosphere) Regulations (UK 1983) 293
Health and Safety at Work Act (1974) and the Alkalis and Works Regulations Act (1906) 815
Health and Safety at Work Act (1974), gas safety 297
Health and Safety Executive (HSE) 173
Health and Safety Executive (HSE) and contract sites 96—97
Health and Safety Executive (HSE) and LPG safety 333
Health and safety, in UK 1131—1149
Health and working with lubricating oil 959
Health hazards and their control, employee safety and employer’s liability 197
Heat exchangers 437—445
Heat exchangers for condensing purposes 442
Heat exchangers for evaporation of highly viscous fluids 443
Heat exchangers, APV Paraflow 439
Heat exchangers, fluid velocity effects 439—440
Heat exchangers, fouling problems, fouling as a function of time 444
Heat exchangers, fouling problems, fouling factor 444
Heat exchangers, fouling problems, resistance with fouling 445
Heat exchangers, fouling problems, six types of fouling 444
Heat exchangers, gas cooling 443
Heat exchangers, gasket materials 440
Heat exchangers, heat transfer coefficients 442
Heat exchangers, laminar flow 443—444
Heat exchangers, log mean temperature difference (LMTD) 442
Heat exchangers, plate construction 439—440
Heat exchangers, plate versus tubular 439 441—442
Heat exchangers, pressure drop 443—444
Heat exchangers, pressure drop of condensing vapor 442—443
Heat exchangers, thermal performance 440—441
Heat loss calculations 134—137
Heat loss calculations for Approved Document L, building fabric 137—138
Heat loss calculations for Approved Document L, insulation of hot water systems 139
Heat loss calculations, cylindrical surfaces 135
Heat loss calculations, forced convection 135
Heat loss calculations, glossary of terms 134—135
Heat loss calculations, multi-layer insulation 136
Heat loss calculations, natural convection, horizontal cylinders and pipes 135
Heat loss calculations, natural convection, plane surfaces 135
Heat loss calculations, radiation 135
Heat loss calculations, single-layer insulation 135
Heat loss calculations, standardized resistances 136—137
Heat loss calculations, Stefan — Boltzmann formula 135
Heat loss calculations, surface coefficients 136
Heat loss calculations, surface emissivity 136
Heat loss calculations, symbols 136
Heat loss calculations, U-value calculation 136
Heat pumps with gas burners 292
Heat transfer, conduction 133
Heat transfer, convection 133—134
Heat transfer, radiation 134 (see also “Insulation materials thermal”)
Heat, SI/non-SI conversion factors 318
Heating of buildings, equipment attributes and applications, electric forced convective heating equipment, downflow fan convectors 462
Heating of buildings, equipment attributes and applications, electric forced convective heating equipment, fan convectors 462
Heating of buildings, equipment attributes and applications, electric forced convective heating equipment, storage fan heaters 462
Heating of buildings, equipment attributes and applications, electric natural convective heating equipment, panel heaters, convectors or skirting heaters 461
Heating of buildings, equipment attributes and applications, electric natural convective heating equipment, storage heaters 461
Heating of buildings, equipment attributes and applications, electric radiant heating equipment, high-intensity heaters 461
Heating of buildings, equipment attributes and applications, electric radiant heating equipment, low temperature panels 461
Heating of buildings, equipment attributes and applications, gas-fired (direct) equipment, convector heaters 462
Heating of buildings, equipment attributes and applications, gas-fired (direct) equipment, fan heaters 462
Heating of buildings, equipment attributes and applications, gas-fired (direct) equipment, make-up air heaters 462
Heating of buildings, equipment attributes and applications, gas-fired (direct) equipment, overhead radiant heaters 462
Heating of buildings, equipment attributes and applications, gas-fired (direct) equipment, overhead tubular radiant 462
Heating of buildings, equipment attributes and applications, gas-fired (direct) equipment, radiant convector 462
Heating of buildings, equipment attributes and applications, gas-fired (direct) equipment, unit air heaters 462
Heating of buildings, equipment attributes and applications, oil-fired (direct) heating equipment, air heaters 463
Heating of buildings, equipment attributes and applications, oil-fired (direct) heating equipment, convective kerosene heaters 463
Heating of buildings, equipment attributes and applications, oil-fired (direct) heating equipment, fluid radiant convector heaters 463
Heating of buildings, equipment attributes and applications, oil-fired (direct) heating equipment, radiant kerosene heaters 463
Heating of buildings, equipment attributes and applications, water forced convective heating equipment, far convectors 460
Heating of buildings, equipment attributes and applications, water forced convective heating equipment, unit heaters 460—461
Heating of buildings, equipment attributes and applications, water natural convective heating equipment, continuous convectors 459—460
Heating of buildings, equipment attributes and applications, water natural convective heating equipment, natural convectors 459
Heating of buildings, equipment attributes and applications, water natural convective heating equipment, radiators 459
Heating of buildings, equipment attributes and applications, water natural convective heating equipment, skirting heating 460
Heating of buildings, equipment attributes and applications, water radiant heating equipment, radiant panels 459
Heating of buildings, equipment attributes and applications, water radiant heating equipment, radiant strips 459
Heating of buildings, systems and principles 447—463
Heating of buildings, systems and principles, boiler efficiencies on low load 452—453
Heating of buildings, systems and principles, central plant size 452
Heating of buildings, systems and principles, Fuel and Electricity (Heating) (Control) Order (1980) 449
Heating of buildings, systems and principles, heat emitter characteristics 452
Heating of buildings, systems and principles, heat loss estimates 451
Heating of buildings, systems and principles, heat loss estimates, allowance for height of heated space 451
Heating of buildings, systems and principles, high-temperature high-velocity warm air heating systems 458
Heating of buildings, systems and principles, high-temperature thermal fluid systems 457—458
Heating of buildings, systems and principles, high-temperature thermal fluid systems, advantages/disadvantages 457—458
Heating of buildings, systems and principles, multiple boiler installations 452—453
Heating of buildings, systems and principles, pipework system design 455—456
Heating of buildings, systems and principles, selective systems 452
Heating of buildings, systems and principles, steam heating systems 457
Heating of buildings, systems and principles, steam heating systems, superheat 457
Heating of buildings, systems and principles, steam heating systems, superheat, non-condensable gas problems 457
Heating of buildings, systems and principles, temperature stratification reduction 458
Heating of buildings, systems and principles, warm air-heating systems 458
Heating of buildings, systems and principles, water heating systems (warm water, low-, medium and high-temperature) 453—457
Heating of buildings, systems and principles, water heating systems (warm water, low-, medium and high-temperature), design water flow temperatures 454
Heating of buildings, systems and principles, water heating systems (warm water, low-, medium and high-temperature), feed and expansion cistern sizes 456
Heating of buildings, systems and principles, water heating systems (warm water, low-, medium and high-temperature), gas pressurization with spill tank 456
Heating of buildings, systems and principles, water heating systems (warm water, low-, medium and high-temperature), hydraulic pressurization with spill tank 456—457
Heating of buildings, systems and principles, water heating systems (warm water, low-, medium and high-temperature), maintenance 457
Heating of buildings, systems and principles, water heating systems (warm water, low-, medium and high-temperature), maximum water velocities 454
Heating of buildings, systems and principles, water heating systems (warm water, low-, medium and high-temperature), minimum water velocities 454—455
Heating of buildings, systems and principles, water heating systems (warm water, low-, medium and high-temperature), pressurization by elevated header tanks 456
Heating of buildings, systems and principles, water heating systems (warm water, low-, medium and high-temperature), pressurization by expansion of water 456
Heating of buildings, systems and principles, water heating systems (warm water, low-, medium and high-temperature), relief valve sizes 455
Heating of buildings, systems and principles, water heating systems (warm water, low-, medium and high-temperature), sealed medium- and high-temperature systems 456—457
Heating of buildings, systems and principles, water heating systems (warm water, low-, medium and high-temperature), system temperature drop 455
Heating of buildings, systems and principles, water heating systems (warm water, low-, medium and high-temperature), temperature limiting valves on emitters 455 (see also “Insulation of buildings”)
Heating systems, corrosion inhibitors 983
Helical gears 631—633 1031 1032—1034
Helical gears, lubricating 933
Higher National Certificate 10
HOCUS computer program 74
Hospital equipment, steam traps for 374
Hot water storage vessels, insulation of 139
HSE see “Health and Safety Executive”
Humidification for air conditioning 498—499
Humidity control in buildings 58
Hydraulic actuators, valves and equipment 663—686
Hydraulic actuators, valves and equipment, accumulators 664—665
Hydraulic actuators, valves and equipment, accumulators, accumulator selection table 665
Hydraulic actuators, valves and equipment, accumulators, accumulator sizing 664—665
Hydraulic actuators, valves and equipment, actuating cylinders 666—670
Hydraulic actuators, valves and equipment, actuating cylinders, cylinder force tables 668—669
Hydraulic actuators, valves and equipment, actuating cylinders, piston rod column strength 666 667
Hydraulic actuators, valves and equipment, actuating cylinders, recommended piston rod diameters 667
Hydraulic actuators, valves and equipment, control valves 670—673
Hydraulic actuators, valves and equipment, control valves, directional control valves 672—673
Hydraulic actuators, valves and equipment, control valves, flow control valves 670
Hydraulic actuators, valves and equipment, control valves, poppet valves 672—673
Hydraulic actuators, valves and equipment, control valves, pressure control valves 670
Hydraulic actuators, valves and equipment, control valves, pressure reducing valves 672
Hydraulic actuators, valves and equipment, control valves, pressure regulators (unloading valves) 670—671
Hydraulic actuators, valves and equipment, control valves, relief valves 670
Hydraulic actuators, valves and equipment, control valves, sequence valves 671—672
Hydraulic actuators, valves and equipment, filters/filtration 665—666
Hydraulic actuators, valves and equipment, filters/filtration, filter elements 665
Hydraulic actuators, valves and equipment, filters/filtration, strainers 665
Hydraulic actuators, valves and equipment, fittings and connectors 678—686
Hydraulic actuators, valves and equipment, fittings and connectors, brazed connectors 681—682
Hydraulic actuators, valves and equipment, fittings and connectors, flanged connectors 681—682
Hydraulic actuators, valves and equipment, fittings and connectors, flared connectors 681—684
Hydraulic actuators, valves and equipment, fittings and connectors, for flexible hose 684—685
Hydraulic actuators, valves and equipment, fittings and connectors, threaded connectors 680 681
Hydraulic actuators, valves and equipment, fittings and connectors, welded connectors 681—682
Hydraulic actuators, valves and equipment, flexible hose 676—679
Hydraulic actuators, valves and equipment, flexible hose, application 678
Hydraulic actuators, valves and equipment, flexible hose, connectors for 684—685
Hydraulic actuators, valves and equipment, flexible hose, cure date 676—678
Hydraulic actuators, valves and equipment, flexible hose, installation 678 680
Hydraulic actuators, valves and equipment, flexible hose, quick-disconnect couplings 684—685
Hydraulic actuators, valves and equipment, flexible hose, sizing 676
Hydraulic actuators, valves and equipment, flexible hose, types of 679
Hydraulic actuators, valves and equipment, fluid motors 667
Hydraulic actuators, valves and equipment, fluid motors, fixed displacement 667
Hydraulic actuators, valves and equipment, fluid motors, variable displacement 667
Hydraulic actuators, valves and equipment, heat exchangers 665—666
Hydraulic actuators, valves and equipment, heat exchangers, cooling capacity 666
Hydraulic actuators, valves and equipment, heat exchangers, heat load 666
Hydraulic actuators, valves and equipment, manifolds 685—686
Hydraulic actuators, valves and equipment, manifolds, flow diagram for 686
Hydraulic actuators, valves and equipment, pipes 673—677
Hydraulic actuators, valves and equipment, pipes, aluminum 674
Hydraulic actuators, valves and equipment, pipes, bending 676 677
Hydraulic actuators, valves and equipment, pipes, copper 674
Hydraulic actuators, valves and equipment, pipes, cutting and deburring 675
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