Ãëàâíàÿ    Ex Libris    Êíèãè    Æóðíàëû    Ñòàòüè    Ñåðèè    Êàòàëîã    Wanted    Çàãðóçêà    ÕóäËèò    Ñïðàâêà    Ïîèñê ïî èíäåêñàì    Ïîèñê    Ôîðóì   
blank
Àâòîðèçàöèÿ

       
blank
Ïîèñê ïî óêàçàòåëÿì

blank
blank
blank
Êðàñîòà
blank
Mobley R.K. — Plant Engineering Handbook
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: 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
blank
Ïðåäìåòíûé óêàçàòåëü
Corrosion, anodic protection      982—983
Corrosion, cathodic protection (CP)      966 982
Corrosion, chimneys      972
Corrosion, copper alloys, limitations in use      978
Corrosion, corrosion fatigue      968
Corrosion, corrosion inhibitors      983
Corrosion, corrosive atmospheres      975
Corrosion, cracking mechanisms      967—969
Corrosion, crevice corrosion      965—966
Corrosion, definition      963
Corrosion, design for inspection      978
Corrosion, economic implications      969
Corrosion, elastomers, limitations in use      980
Corrosion, electrical resistance probe monitoring      984
Corrosion, electrochemical corrosion      963—967
Corrosion, electrochemical corrosion, chemistry of      963—964
Corrosion, electrochemical corrosion, corrosion potential      964
Corrosion, electrochemical corrosion, factors affecting rate of      964
Corrosion, electrochemical corrosion, galvanic series in sea water      965
Corrosion, electrochemical corrosion, types of      964—967
Corrosion, electrochemical monitoring      984
Corrosion, environmental aspects      975—976
Corrosion, exposure coupon monitoring      984
Corrosion, false brinelling      969
Corrosion, flues      972
Corrosion, fretting corrosion      969
Corrosion, furnaces      972—973
Corrosion, furnaces, carbonization      973
Corrosion, furnaces, from molten salts      973
Corrosion, furnaces, from nitrogen containing compounds      973
Corrosion, furnaces, oxygen or steam in reformer tubes      973
Corrosion, furnaces, sulfur compounds      973
Corrosion, galvanic corrosion      966—967
Corrosion, glass, limitations in use      980
Corrosion, gold, limitations in use      980
Corrosion, high-temperature environments      972—973
Corrosion, hydrogen-induced cracking (HIC)      968
Corrosion, information sources      970
Corrosion, lagging, corrosion under      975
Corrosion, liquid line problems      975
Corrosion, liquid metal embrittlement      968
Corrosion, microbial induced corrosion      967
Corrosion, microbial induced corrosion, Cladosporium fungi      967
Corrosion, microbial induced corrosion, Gallionella bacteria      967
Corrosion, microbial induced corrosion, Thiobacillus bacteria      967
Corrosion, molten salt corrosion      969
Corrosion, monitoring      983
Corrosion, nickel alloys, limitations in use      978
Corrosion, non-aqueous processes      972
Corrosion, non-electrochemical corrosion      968—969
Corrosion, oxidation      968—969
Corrosion, physical examination      983—984
Corrosion, pitting corrosion      964—965
Corrosion, plastics, limitations in use      980
Corrosion, platinum, limitations in use      980
Corrosion, product contamination by      970
Corrosion, resins, limitations in use      980
Corrosion, safety implications      969—970
Corrosion, silver, limitations in use      980
Corrosion, specifying materials      980—981
Corrosion, stainless steel, limitations in use      978
Corrosion, steam problems, from boiler salts      971
Corrosion, steam problems, from carbon dioxide      971
Corrosion, steam problems, from condensates      971
Corrosion, steam problems, from oxygen      971
Corrosion, steel, limitations in use      978
Corrosion, stress corrosion cracking (SCC)      967—968
Corrosion, stress effects      977
Corrosion, sulfidation      969
Corrosion, tantalum, limitations in use      980
Corrosion, thin-layer activation monitoring      984
Corrosion, titanium, limitations in use      980
Couplings      1067—1074
Couplings, bellows      1069
Couplings, chain      1068
Couplings, combination (metallic-grid)      1070
Couplings, compression      1067—1068
Couplings, computer vibration analysis      763—764
Couplings, computer vibration analysis, flexible couplings      763
Couplings, computer vibration analysis, gear couplings      763
Couplings, computer vibration analysis, jackshafts      763—764
Couplings, computer vibration analysis, universal joints      764
Couplings, diaphragm      1069
Couplings, elastomeric      1069—1070
Couplings, flanged rigid      1067
Couplings, flexible      1068
Couplings, flexible shaft or spring      1069
Couplings, floating shaft or spacer      1070—1071
Couplings, fluid      1071
Couplings, gear      1068
Couplings, hydraulic      1071
Couplings, installation, alignment      1073
Couplings, installation, bolting      1073
Couplings, installation, coupling installation      1073
Couplings, installation, coupling preparation      1072—1073
Couplings, installation, lubrication      1073
Couplings, installation, matching parts      1073
Couplings, installation, shaft preparation      1072
Couplings, installation, spacing      1073
Couplings, laminated disk-ring      1069
Couplings, lubrication      1073—1074
Couplings, maintenance inspections, combination couplings      1074
Couplings, maintenance inspections, material-flexing couplings      1074
Couplings, maintenance inspections, mechanical-flexing couplings      1074
Couplings, maintenance inspections, rigid couplings      1074
Couplings, material flexing      1068—1069
Couplings, mechanical flexible      1068
Couplings, rigid      1067
Couplings, selection considerations, cost      1072
Couplings, selection considerations, operating envelope      1072
Couplings, selection considerations, operational mode      1071
Couplings, selection considerations, speed      1072
Couplings, selection considerations, torsional characteristics      1071
Couplings, split rigid      1067 (see also “Keys keyways
Covenants on buildings, expressed and implied      51
Cranes, inspection of      166 171
Cranes, insurance on      166—167
Criminal action, and security      49—50
Critical path method (CPM) for planning      894—896
Critical temperature of a gas      692
CROs      see “Cathode ray oscilloscopes”
Current transformers      261
Cutting fluids (coolants)      940—947
Cutting fluids (coolants), bacteria problems      944
Cutting fluids (coolants), benefits of      943
Cutting fluids (coolants), cleaning procedures      947
Cutting fluids (coolants), combinations of additives      945
Cutting fluids (coolants), electro discharge machining (EDM) oils      945
Cutting fluids (coolants), EP (extreme-pressure) oils      945
Cutting fluids (coolants), fatty oils      944—945
Cutting fluids (coolants), fluid selection      945
Cutting fluids (coolants), grinding      946
Cutting fluids (coolants), neat oils      944 946
Cutting fluids (coolants), storage recommendations      946
Cutting fluids (coolants), water quality      946
Cutting fluids (coolants), water-based emulsions      943
Cutting fluids (coolants), water-based fluids/solutions      943—944 946—947
Cyclone dust separators      830 842—843
Cyclone dust separators, collection efficiency      843
Cyclone dust separators, configuration      842
Cyclone dust separators, flow pattern      842—843
Cyclone dust separators, installation      843
Cyclone dust separators, operating methods      843
Cyclone dust separators, performance      843
Cyclone dust separators, pressure drop      843
Dalton’s law      691
Data bases for vibration analysis      see “Vibration computer-based analysis methods and operation”
Data recording      270—271
Debtor’s ratio      1106
Decibels (dBs), addition and subtraction of      709—710
Decoration of buildings, corrosion resistance      64
Decoration of buildings, dry finishes      63—64
Decoration of buildings, external      64
Decoration of buildings, internal      63—64
Decoration of buildings, life expectancy/maintenance      64
Decoration of buildings, safety requirements      64
Decoration of buildings, wet finishes      63
Defect limits      1119
Degreasing agents      954
Design synthesis, location criteria and boundary groups      76—79
Design synthesis, plant activities and telecommunications      76
Detergent/dispersant additives, in lubricating oil      920
Diesel engines, API engine lubricant service classification      924
Diesel oil      see “Oil”
Diesel powered electricity generation, applications      201 215—216
Diesel powered electricity generation, as standby generators      250
Diesel powered electricity generation, compression ignition cycle      201—202
Diesel powered electricity generation, mechanical efficiency      201—202
Diesel powered electricity generation, oil consumption      202
Diesel powered electricity generation, overall efficiency      201—202
Diesel powered electricity generation, plant and installation      220—222
Diesel powered electricity generation, plant and installation, air intake      220—221
Diesel powered electricity generation, plant and installation, control and instrumentation      222
Diesel powered electricity generation, plant and installation, cooling      221
Diesel powered electricity generation, plant and installation, engine starting      221—222
Diesel powered electricity generation, plant and installation, heat recovery systems      222
Diesel powered electricity generation, plant and installation, maintenance      222
Diesel powered electricity generation, site conditions      202
Diesel powered electricity generation, thermal efficiency      201—202
Diesel powered electricity generation, turbocharging      202
Diesel powered electricity generation, two-stroke cycle      202 (see also “Combined heat and power electricity generation (CHP)” “Electricity “Electricity
Disabled people, provision in buildings      61
Discounted Cash Flow (DCF)      1108—1109 1109 1110—1111 1112
Dispersant/detergent additives, in lubricating oil      920
Disputes, and contracts      98—99
Distribution percentile estimates      1125—1128
Dividend yield and cover      1106
Drainage of sites, building rainwater runoff      22
Drainage of sites, gasoline/oil interceptors      23 24
Drainage of sites, gravity or pumped discharge      23—24
Drainage of sites, subsoil drainage      23
Drainage of sites, surface water runoff      22—23
Drinking water, corrosion by      970
Drop point, oils and greases      919
Dry powder fire extinguishers      188
Ducts, fume control      827—828
Ducts, insulation of      139
Ducts, noise control in      718
Ducts, splitter silencer for      718
Dust and fume control      823—835
Dust and fume control, ducting      827—828
Dust and fume control, electrostatic precipitators      830—831
Dust and fume control, fabric filters      830
Dust and fume control, fans, application data      829
Dust and fume control, fans, performance and laws      828—829
Dust and fume control, hoods, booths      826
Dust and fume control, hoods, captor hoods      826 827
Dust and fume control, hoods, receptor hoods      826—827
Dust and fume control, hoods, total enclosures      825—826 827
Dust and fume control, metalworking machines      831
Dust and fume control, self-induced spray wet collectors      830
Dust and fume control, spray-type collectors      830
Dust and fume control, system design      831 835
Dust and fume control, tests and inspections      832—835
Dust and fume control, waste disposal      831
Dust and fume control, wet collectors      830 (see also “Air pollution” “Baghouses “Cyclone
Dust and fume control, with air conditioning      497—498
Dust, definition      825
Dye particle corrosion inspection      984
Dynamic friction, and lubrication      917
D’Arcy Weisbach equation      543
Earthing      see “Grounding electrical supply systems and equipment”
EC Directive on emissions from large combustion plants      292—293
Ecology, pollution and plant location      40—42
Ecology, pollution and plant location, ecological studies      42
Economies of scale      37
Economizers and acid dew points      431
Economizers, boilers      399—400
Economizers, condensing economizers      435—436
Economizers, design      432—435
Economizers, fin types and attachment methods      432—433
Economizers, fouling coefficients      431
Economizers, gas fired      431—432
Economizers, installation      435
Economizers, oil and coal      431
Economizers, typical designs      433
Economizers, typical layout      434
Effluent discharge/disposal and the EPA      39—40
Effluent discharge/disposal from industrial plant      521—522
Effluent discharge/disposal, accidental discharge      22
Effluent discharge/disposal, and water authorities      22
Effluent discharge/disposal, disposal charges      531
Effluent discharge/disposal, domestic sewage      530
Effluent discharge/disposal, effluent management      531
Effluent discharge/disposal, effluent treatment      531—532
Effluent discharge/disposal, noxious effluent      531
Effluent discharge/disposal, off-site treatment      22
Effluent discharge/disposal, on-site treatment      22
Effluent discharge/disposal, pipework for      22
Effluent discharge/disposal, safety considerations      22
Effluent discharge/disposal, surface drainage      530—531
Effluent discharge/disposal, water economy and re-use      532 (see also “Water supplies/water authorities”)
EIA (Environmental impact assessment)      41
Elastohydrodynamic lubrication      918
Elastomers, limitations from corrosion      979—980
Electric heating of buildings      see “Heating of buildings”
Electric lamps      113—120
Electric lamps, choice of      130
Electric lamps, color-appearance guide      120
Electric lamps, color-rendering classes      119
Electric lamps, color-rendering guide      120
Electric lamps, compact fluorescent      116
Electric lamps, compact fluorescent, application and life      116
Electric lamps, control gear/ballast      125—126
Electric lamps, fluorescent lamp MCF      115—116
Electric lamps, fluorescent lamp MCF, application      116
Electric lamps, high-pressure mercury      118
Electric lamps, high-pressure mercury, applications and operating circuits      118
Electric lamps, high-pressure sodium      116—117
Electric lamps, high-pressure sodium, applications and operating circuits      117
Electric lamps, incandescent lamps      113 114—115
Electric lamps, incandescent lamps, application and life      114
Electric lamps, incandescent lamps, efficacy      114
Electric lamps, lamp selection      119—120
Electric lamps, light outputs comparison      115
Electric lamps, linear tungsten-halogen      117
Electric lamps, linear tungsten-halogen, application and life      117
Electric lamps, low-pressure sodium      116
Electric lamps, low-pressure sodium, application and operating circuit      116
Electric lamps, low-voltage tungsten-halogen      117—118
Electric lamps, low-voltage tungsten-halogen, application, life and operating circuit      117—118
Electric lamps, metal halide      119
Electric lamps, metal halide, applications and operating circuits      119
Electric lamps, power factor correction      126
Electric lamps, run-up and strike times      121 (see also “Emergency lighting” “Lighting lighting “Luminaires”)
Electric motors, computer vibration analysis      761—762
Electric motors, computer vibration analysis, bearings      761
Electric motors, computer vibration analysis, imbalance      761—762
Electric motors, computer vibration analysis, loose rotor bars      762
Electric motors, computer vibration analysis, running speed      761—762
Electric motors, computer vibration analysis, slip frequency      762
Electric motors, computer vibration analysis, transducer locations with      783
Electric motors, computer vibration analysis, v-belt intermediate drives      762 (see also “Squirrel-cage induction motors”)
Electrical cables      see “Cables electrical”
Electrical earthing/grounding      see “Grounding electrical supply systems and equipment”
Electrical installations, employee safety and employer’s liability      196 196—197
Electrical instrumentation      255—272
Electrical instrumentation, instrument selection      265 (see also “Acoustics acoustic “Bridge “Cathode “Centralized “Data “Electricity “Force “Frequency “Multimeters” “Multimeters digital” “Power “Spectrum “Temperature “Voltmeters
Electrical plant, as fire hazard      189
Electrical plant, inspection of      166 171 179 181 182
1 2 3 4 5 6 7 8 9 10 11 12 13 14
blank
Ðåêëàìà
blank
blank
HR
@Mail.ru
       © Ýëåêòðîííàÿ áèáëèîòåêà ïîïå÷èòåëüñêîãî ñîâåòà ìåõìàòà ÌÃÓ, 2004-2024
Ýëåêòðîííàÿ áèáëèîòåêà ìåõìàòà ÌÃÓ | Valid HTML 4.01! | Valid CSS! Î ïðîåêòå