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Mobley R.K. — Plant Engineering Handbook
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Íàçâàíèå: Plant Engineering HandbookÀâòîð: 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.
ßçûê: Ðóáðèêà: Òåõíîëîãèÿ /Ñòàòóñ ïðåäìåòíîãî óêàçàòåëÿ: Ãîòîâ óêàçàòåëü ñ íîìåðàìè ñòðàíèö ed2k: ed2k stats Èçäàíèå: 1st editionÃîä èçäàíèÿ: 2001Êîëè÷åñòâî ñòðàíèö: 2000Äîáàâëåíà â êàòàëîã: 21.05.2008Îïåðàöèè: Ïîëîæèòü íà ïîëêó |
Ñêîïèðîâàòü ññûëêó äëÿ ôîðóìà | Ñêîïèðîâàòü ID
Ïðåäìåòíûé óêàçàòåëü
Temperature transducers, pyrometers 268—269 Temperature transducers, resistance thermometers 269 Temperature transducers, thermisters 268 Temperature transducers, thermocouples 268 Temperature, SI/non-SI conversion factors 319 The Associated Offices Technical Committee (AOTC) 173 The Associated Offices Technical Committee (AOTC), member companies 167 The Engineering Council (EC), address 11 The Engineering Council (EC), registration with 10—11 The Institution of Civil Engineers 9 The Institution of Electrical Engineers 9 The Institution of Mechanical Engineers 9 The Institution of Mechanical Engineers, address of 11 The Institution of Plant Engineers (IPlantE), aims of 9 The Institution of Plant Engineers (IPlantE), courses for qualifying for 10 The Institution of Plant Engineers (IPlantE), history of 9 The Institution of Plant Engineers (IPlantE), membership requirements 10 The Institution of Plant Engineers (IPlantE), organizational structure 10 The International Protection (IP) Code, (luminaires) 123—124 theft see “Security” thermal conductivity 140—141 Thermal conductivity, SI/non-SI conversion factors 319 Thermal insulation see “Insulation materials thermal” Thermal plant electricity generation, applications 204 215—216 Thermal plant electricity generation, condensing steam cycle 204—205 Thermal plant electricity generation, fuels 205 Thermal plant electricity generation, performance influences 205 Thermal plant electricity generation, Rankin Cycle 204 (see also “Electricity power generation” “Electricity “Steam “Thermal Thermal resistivity, SI/non-SI conversion factors 319 Thermisters 268 Thermocouples 268 Thermodynamics, laws of, and compressors 604—606 Thermography 872—873 Thermography, infrared imaging 872—873 Thermography, infrared thermometers 872 Thermography, line scanners 872 Third party liability and insurance 194—195 198 Threshold limit values (TLV), short-term exposure limit (TLV-STEL) 57 Threshold limit values (TLV), time-weighted average (TLV-TWA) 57 Time domain vibration plots/curves 724—727 742—744 760 Time to failure (TTF) 1121 Tinplate (tin-plated steel), corrosion 966 Titanium, limitations from corrosion 979—980 Toilet accommodation in buildings 60 Tools, employee safety and employer’s liability 196—197 Tort, and liability insurance 193 194 Total acid number (TAN), lubricating oil 874 Total base number (TBN), lubricating oil 874 Total dissolved solids (TDS), in cooling tower water 576 Total heat 483 Total suspended solids (TSS), in cooling tower water 576 transducer locations with 784—785 transducers 267—270 Transducers for computer monitoring equipment 780—787 Transducers, force 269—270 Transducers, temperature 267—269 Transformers 239—242 Transformers, air-cooled 239 Transformers, fittings 240—242 Transformers, oil cooled, mineral oil 239 Transformers, oil cooled, oil performance standards 951 Transformers, oil cooled, oil properties 951 Transformers, oil cooled, oil testing 951 Transformers, oil cooled, silicon-based liquid 239 Transformers, oil cooled, sludge observations 951 Transformers, temperature rise 240 Transformers, testing 240 Transformers, types, AN (air-natural cooling) 240 Transformers, types, OFAF (oil-immersed air-forced cooled) 239 Transformers, types, OFAN (oil-immersed air-natural circulation) 239 Transformers, types, ONAF (oil-immersed air-forced) 239 Transformers, types, ONAN (oil-immersed air-cooled) 239 Transformers, vector groupings and connection arrangements 241 Transport access, and site selection 20—21 Trap and object detection devices, security 50 Trend of vibration analysis 787—793 Trend of vibration analysis, broadband 787 788 Trend of vibration analysis, comparison to reference values 789—791 Trend of vibration analysis, composite 788 789 Trend of vibration analysis, evaluation methods 788—793 Trend of vibration analysis, narrowband 787—788 789 Turbines see “Combined heat and power electricity generation (CHP)” “Electricity “Gas “Steam “Vibration Turnkey building procurement 47 UK, health and safety in 1131—1149 Ullage, in oil storage tanks 277 Ultrasonic leak detection for predictive maintenance 876—877 Ultrasonic wall thickness/corrosion monitoring 984 Un-interruptible power supply systems see “UPS” UPS (un-interruptible power supply) systems, applications 250 UPS (un-interruptible power supply) systems, principle types 250 US, regulatory compliance in 1151—1156 Useful life concepts 1119—1121 User tolerance 1119 V-belts 765—766 1045—1058 V-belts, belt noise 1051—1053 V-belts, belt noise, squeaks 1052 V-belts, belt noise, squeals 1052 V-belts, belt/pulley selection 1045—1048 V-belts, computer vibration analysis 765—766 V-belts, computer vibration analysis, fault frequencies 765 V-belts, computer vibration analysis, running speeds 765—766 V-belts, contamination 1052 V-belts, cracking 1052 V-belts, cross section requirements 1046 V-belts, datum length 1046 V-belts, datum length, standard datum length chart 1047 V-belts, dust 1052 V-belts, effective length 1046 V-belts, excessive whip 1053 V-belts, extreme heat 1052 V-belts, failure reason examples 1054—1058 V-belts, inspection and replacement 1048 V-belts, installation 1048—1051 V-belts, installation, good practices 1048—1049 V-belts, length measurements 1046 V-belts, matching sets, need for 1046 V-belts, National Electrical Manufacturers Association (NEMA) standard 1047 V-belts, outside circumference measurements 1046 V-belts, power transmission/tension calculations 1045 V-belts, pulley center distance allowances 1050 V-belts, pulleys for 1047 V-belts, pulleys for, inspection and replacement 1048 V-belts, stretching 1052—1053 V-belts, tension inspection/adjustment 1049—1051 V-belts, tensions, working/bending/centrifugal 1045 Value added tax 1114 Valves see under “The applications for use” Vapor compressors/compressor systems see “Compressed air systems” “Compressor Vapor phase inhibitors, corrosion inhibitors 983 Vats and tanks, steam traps for 374 Vegetation, and air pollution 815 Vehicle access see “Road access” Ventilation of buildings 465—480 Ventilation of buildings, air for fuel-burning devices 58 Ventilation of buildings, commissioning and testing 478—479 Ventilation of buildings, condensation prevention with dehumidification 477 Ventilation of buildings, condensation prevention with insulation 476—477 Ventilation of buildings, condensation prevention with moisture reduction 477 Ventilation of buildings, condensation prevention with ventilation 477 Ventilation of buildings, contaminant local extraction 477 478 Ventilation of buildings, costs of running 479—480 Ventilation of buildings, definitions 467 Ventilation of buildings, fire control/smoke clearance 58 Ventilation of buildings, fresh air requirements 57—58 Ventilation of buildings, fume dilution, factories and warehouses 476 Ventilation of buildings, fume dilution, offices and public spaces 476 Ventilation of buildings, heat dissipation/cooling 58 Ventilation of buildings, humidity control 58 Ventilation of buildings, maintenance 479 Ventilation of buildings, natural ventilation 467—469 Ventilation of buildings, natural ventilation, advantages/disadvantages 468 Ventilation of buildings, natural ventilation, applications 468—469 Ventilation of buildings, natural ventilation, automatic control 469 Ventilation of buildings, natural ventilation, commissioning and testing 479 Ventilation of buildings, natural ventilation, controllable ventilation 473—475 Ventilation of buildings, natural ventilation, fixed ventilation 473 Ventilation of buildings, natural ventilation, flow rate calculations 468 Ventilation of buildings, natural ventilation, maintenance 479 Ventilation of buildings, natural ventilation, manual control 469 Ventilation of buildings, natural ventilation, roof ventilators 474 Ventilation of buildings, natural ventilation, wind effects 468 Ventilation of buildings, overheating, factories and warehouses 475 Ventilation of buildings, overheating, offices and public spaces 475—476 Ventilation of buildings, powered (mechanical) ventilation 469—470 470—473 Ventilation of buildings, powered (mechanical) ventilation, activated carbon filters 473 Ventilation of buildings, powered (mechanical) ventilation, advantages/disadvantages 470 Ventilation of buildings, powered (mechanical) ventilation, air cleaners 472—473 Ventilation of buildings, powered (mechanical) ventilation, axial fans 470 Ventilation of buildings, powered (mechanical) ventilation, centrifugal fans 470 Ventilation of buildings, powered (mechanical) ventilation, commissioning and testing 479 Ventilation of buildings, powered (mechanical) ventilation, control methods 470 Ventilation of buildings, powered (mechanical) ventilation, cross flow fans 471 Ventilation of buildings, powered (mechanical) ventilation, cyclones 473 Ventilation of buildings, powered (mechanical) ventilation, ducted systems 471 Ventilation of buildings, powered (mechanical) ventilation, electrostatic precipitators 472—473 Ventilation of buildings, powered (mechanical) ventilation, fan air movement calculations 469—470 Ventilation of buildings, powered (mechanical) ventilation, local extract systems 471—472 Ventilation of buildings, powered (mechanical) ventilation, maintenance 479 Ventilation of buildings, powered (mechanical) ventilation, mixed flow fans 471 Ventilation of buildings, powered (mechanical) ventilation, propeller fans 470 Ventilation of buildings, powered (mechanical) ventilation, roof extract units 471 Ventilation of buildings, powered (mechanical) ventilation, roof inlet units 471 Ventilation of buildings, powered (mechanical) ventilation, viscous, dry and HEPA air filters 472 Ventilation of buildings, smoke ventilation, as part of fire damage limitation 477—478 Ventilation of buildings, threshold limit values (TLV) (contaminants) 57—58 Ventilation of buildings, usage 56—57 (see also “Air conditioning”) Vibration computer-based analysis applications, advantages 759 Vibration computer-based analysis applications, bearings 764—765 Vibration computer-based analysis applications, bearings, rolling element 803—804 Vibration computer-based analysis applications, bearings, sleeve (babbitt) 804—805 Vibration computer-based analysis applications, blowers, transducer locations with 784 Vibration computer-based analysis applications, chains 763 805 Vibration computer-based analysis applications, chains, running speed 763 Vibration computer-based analysis applications, compressors, bearings 769 Vibration computer-based analysis applications, compressors, bullgear 766—767 781—782 Vibration computer-based analysis applications, compressors, centrifugal 766—767 781 Vibration computer-based analysis applications, compressors, crankshaft frequencies 767—768 Vibration computer-based analysis applications, compressors, frequency shift due to pistons 768 Vibration computer-based analysis applications, compressors, gear mesh 769—770 Vibration computer-based analysis applications, compressors, piston orientations 768—769 782—783 Vibration computer-based analysis applications, compressors, positive displacement 767—770 Vibration computer-based analysis applications, compressors, reciprocating 767 782—783 Vibration computer-based analysis applications, compressors, rotor passing 770 Vibration computer-based analysis applications, compressors, running speeds 770 Vibration computer-based analysis applications, compressors, screw compressors 769—770 782—783 Vibration computer-based analysis applications, compressors, transducer locations on 781—783 Vibration computer-based analysis applications, couplings 763 Vibration computer-based analysis applications, couplings, flexible 763 Vibration computer-based analysis applications, couplings, gear couplings 763 Vibration computer-based analysis applications, couplings, jackshafts 763—764 Vibration computer-based analysis applications, couplings, universal joints 764 Vibration computer-based analysis applications, electric generators 771—772 Vibration computer-based analysis applications, electric generators, bearings 771 Vibration computer-based analysis applications, electric generators, casings 771 Vibration computer-based analysis applications, electric generators, line frequency 771 Vibration computer-based analysis applications, electric generators, shafts 771 Vibration computer-based analysis applications, electric motors 761—762 Vibration computer-based analysis applications, electric motors, bearing frequency 761 Vibration computer-based analysis applications, electric motors, imbalance 761—762 Vibration computer-based analysis applications, electric motors, line frequency 762 Vibration computer-based analysis applications, electric motors, loose rotor bars 762 Vibration computer-based analysis applications, electric motors, running speed 762 Vibration computer-based analysis applications, electric motors, slip frequency 762 Vibration computer-based analysis applications, electric motors, transducer locations with 783 Vibration computer-based analysis applications, electric motors, v-belt intermediate drive 762 Vibration computer-based analysis applications, fans 770—771 Vibration computer-based analysis applications, fans, aerodynamic instability 770—771 Vibration computer-based analysis applications, fans, running speeds 771 Vibration computer-based analysis applications, fans, shaft deflection 771 Vibration computer-based analysis applications, fans, transducer locations with 784 Vibration computer-based analysis applications, Fast Fourier Transforms (FFT) 760 761 Vibration computer-based analysis applications, gearboxes 764 Vibration computer-based analysis applications, gearboxes, bearings 764 Vibration computer-based analysis applications, gearboxes, gear-mesh frequencies 764 Vibration computer-based analysis applications, gearboxes, running speeds 764 Vibration computer-based analysis applications, gearboxes, transducer locations with 784 Vibration computer-based analysis applications, gears 805—810 Vibration computer-based analysis applications, intermediate drives 763—766 Vibration computer-based analysis applications, jackshafts and spindles 810—811 Vibration computer-based analysis applications, machine-train monitoring parameters 761—766 Vibration computer-based analysis applications, process rolls 771—772 Vibration computer-based analysis applications, process rolls, bearings 772 Vibration computer-based analysis applications, process rolls, load distribution 772 Vibration computer-based analysis applications, process rolls, misalignment 772 Vibration computer-based analysis applications, process rolls, transducer locations with 784 Vibration computer-based analysis applications, pumps 772—773 Vibration computer-based analysis applications, pumps, axial thrusting 772 Vibration computer-based analysis applications, pumps, centrifugal 772—773 Vibration computer-based analysis applications, pumps, hydraulic instability (vane pass) 772—773 Vibration computer-based analysis applications, pumps, passing frequencies 773 Vibration computer-based analysis applications, pumps, positive displacement 773 Vibration computer-based analysis applications, pumps, running speed 773 Vibration computer-based analysis applications, pumps, transducer locations with 784—787 Vibration computer-based analysis applications, single-channel data limitations 759 Vibration computer-based analysis applications, sprockets 805 Vibration computer-based analysis applications, steady-state data limitations 759—760 Vibration computer-based analysis applications, steam turbines 762—763 Vibration computer-based analysis applications, steam turbines, bearings 762 Vibration computer-based analysis applications, steam turbines, blade pass 762 Vibration computer-based analysis applications, steam turbines, mode shape (shaft deflection) 762 Vibration computer-based analysis applications, steam turbines, speed 762 Vibration computer-based analysis applications, time-domain data 760 Vibration computer-based analysis applications, time-domain data, v-belts 765—766 Vibration computer-based analysis applications, time-domain data, v-belts, fault frequencies 765 Vibration computer-based analysis applications, time-domain data, v-belts, running speeds 765—766 (see also “Failure mode analysis by vibration examination”) Vibration computer-based analysis methods and operation, American Petroleum Institute (API) charts 791 Vibration computer-based analysis methods and operation, cross-machine comparison 793 Vibration computer-based analysis methods and operation, data acquisition 780—787 Vibration computer-based analysis methods and operation, data normalization 793 Vibration computer-based analysis methods and operation, database development 773—780 Vibration computer-based analysis methods and operation, database setup 774—780 Vibration computer-based analysis methods and operation, database setup, alert/alarm limits 778 Vibration computer-based analysis methods and operation, database setup, analysis parameter sets 775 Vibration computer-based analysis methods and operation, database setup, analysis type 775 Vibration computer-based analysis methods and operation, database setup, anti-aliasing filters 777 Vibration computer-based analysis methods and operation, database setup, averaging 777 Vibration computer-based analysis methods and operation, database setup, bandwidth 775 Vibration computer-based analysis methods and operation, database setup, boundary conditions and resolution 775 Vibration computer-based analysis methods and operation, database setup, constant speed machinery 776—777 Vibration computer-based analysis methods and operation, database setup, data filters 775 Vibration computer-based analysis methods and operation, database setup, data-acquisition routes 780 Vibration computer-based analysis methods and operation, database setup, gear mesh 776 Vibration computer-based analysis methods and operation, database setup, hanning correction 778 Vibration computer-based analysis methods and operation, database setup, load effects on limit 778—779 Vibration computer-based analysis methods and operation, database setup, maximum frequency 775 Vibration computer-based analysis methods and operation, database setup, minimum frequency 776 Vibration computer-based analysis methods and operation, database setup, mounting configuration 779—780 Vibration computer-based analysis methods and operation, database setup, narrowbands analysis 776 Vibration computer-based analysis methods and operation, database setup, operating envelope 779—780 Vibration computer-based analysis methods and operation, database setup, resolution 776 Vibration computer-based analysis methods and operation, database setup, roller-element bearings 776 Vibration computer-based analysis methods and operation, database setup, running-speed harmonics 776 Vibration computer-based analysis methods and operation, database setup, speed effects on limit 778 Vibration computer-based analysis methods and operation, database setup, variable speed, order analysis 775 Vibration computer-based analysis methods and operation, database setup, variable-speed machinery 777 Vibration computer-based analysis methods and operation, database setup, weighting 778 Vibration computer-based analysis methods and operation, database setup, window selection 778 Vibration computer-based analysis methods and operation, frequency-domain data 760 Vibration computer-based analysis methods and operation, industrial standards 790—791 Vibration computer-based analysis methods and operation, limitations 759—761
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