Principles of naval engineering - Historic Naval Ships Association

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PRINCIPLES OF NAVAL ENGINEERINGPropellers-continuedsize, 90thrust deduction, 90Propulsion boilers, 230-275boiler casualty control, 271-274boiler water requirements, 261-265classification, 232-235combustion requirements, 265-267components, 235-245definitions, 230-232fireroom efficiency, 269fireroom operations, 267-269maintenance, 274types of, 245-261Propulsion machinery arrangement, 193-195Propulsion plants, other types, 541Propulsion steam turbines, 319-347components and accessories, 328-333nozzles, 319-321steam turbine propulsion plant, 333-347turbine classification, 324-327turbine design-basic principles, 321-324Propulsive power-development and transmission,85-103bearings, 93-98flexible couplings, 100-103power requirements, 87propellers, 88-93propulsion shafting, 98reduction gears, 99Pump capacity, 392Pumps and forced draft blowers, 391-421forced draft blowers, 414-421pumps, 391-414centrifugal, 407-410jet, 411mixed-flow, 411propeller, 410reciprocating, 396-400rotary, 403-407variable stroke, 400-403Radiation and optical pyrometers, 134Radioactivity, 616-618Radiological decontamination, 79Reactor control, principles of, 625Reactor coolants, 621Reactor fuels, 621Reactor principles, 620Receiver-R-12, 479Reciprocating air compressors, 441-446Reciprocating engines, 543-577basic principles, 543Reciprocating engines-Continuedcombustion cycles, 548-554combustion gases on pistons, 554components, 555-577mechanical cycles, 544-548Reciprocating pumps, 396-400Reducing valves, 377Reduction gears, shafting and bearings-care of,103-109Reflectors, 622Refrigeration and air conditioning plants, 471-491air conditioning, 482-491refrigeration, 471-482safety precautions, 491Relief valves, 377Remote control systems for steering gears, 524Remote operating gear-valves, 384-386Repair parties, 62Resistance thermometers, 134Resonance tachometers, 148Rotary-centrifugal air compressors, 446-449Rotary pumps, 403-407R-12 plant, 473-482Sensors, 644-647Sentinel valves, 377Settling tanks, 118Ship design and construction, 15-33basic design considerations, 15basic ship structure, 17-26geometry of the ship, 29-33ship compartmentation, 26-29ship flotation, 16Ship propulsion and steering-fundamentals of,85-111care of reduction gears, shafting and bearrings,103-109propulsive power, development and transmissionof, 85-103resistance, 85safety precautions, 109-111steering. 111Shipboard electrical systems, 492-519A-C generators, 505-507alternating current theory, 503basic theory, 492degaussing installations, 518direct-current circuits, 495-500direct-current generators, 500-502direct-current motors, 502gyrocompasses, 518power distribution system, 509-516658
INDEXShipboard electrical systems-Continuedproperties of A-C circuits, 504safety precautions, 518synchros and servomechanisms, 516-518transformers, 507-509Single-furnace boilers, 251-255Speed-limiting governors, 434Sprinkling systems, 228Stability and bouyancy, 34-60inclining movements, 36influence of metacentric height, 38metacenter (M), 37metacentric height (GM), 38principles of stability, 34-39Stability curves, 39-42cross curves, 41effects of draft on righting arm, 39-41Stability-principles of, 34-39displacement, 34impaired stability-causes of, 59inclining experiment, 42-44KB versus draft, 35longitudinal stability and effects of trim, 56-59loose water effects of, 52-56reverse bouyancy, 36stability curves, 39-42weight shift-effects of, 44-49weight changes-effects of, 49-52Standards of measurements, 124-127Static electricity, 492-495Steam and fresh water drains, 219-221Steam distilling units, 456-468flash-type, 460-463submerged tube, 456-460vertical basket, 463-468Steam escape piping, 213Steam machinery-development of, 3-7Steam systems-auxiliary, 206-211Stern tube and strut bearing, 96-98Steam turbine propulsion plant, 333-347Stop-check valves, 376Strainers and filters, 371Stroboscopic tachometers, 149Structural damage-repair of, 71-73Submarines-development of, 12-14Synchros and servomechanisms, 516-518Thermal energy, 161-171heat, 161Thermal energy-Continuedheat transfer, 162-167heat transfer appratus, 169-171internal energy, 161sensible heat and latent heat, 167-169units of measurement, 162Thermionic converters, 636Thermocouple pyrometers, 134Thermodynamics-introduction to, 157-190carnot principle, 182cycles, 178energy, 157-171energy balance, 190energy relationship in the shipboard propulsioncycle, 188-190entropy-concept of, 181first law of, 171-173processes, 173-178second law of, 180reversibility-concept of, 179systems, 173working substances, 183-188Thermodynamics processes, 173-178flow-type of, 175-177state change-type of, 177Thermoelectric converters, 636Thermostatic recirculating valves, 384Thermostatic steam traps, 367Throttle control, 649-652Top-fired boilers, 256Transformers, 507-509Twin-disk clutch and gear mechanism, 584Unloading valves, 384Valve manifolds, 384Vapor compression distilling units,Variable stroke pumps, 400-403Velocity head, 395Vent condenser, 354Vital services-restoration of, 73Washdown. systems, 228Wheatstone bridge, 500Winches, 528Wirerope system, 526451-456659iX U.S. GOVERNMENT PRINTING OFFICE : 1979 O—299-962
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PRINCIPLES OFNAVAL ENGINEERINGPrepa
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CREDITSThe illustrations indicated
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PART l-THE NAVAL SHIPChapter 1Chapt
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CHAPTERSFUNDAMENTALS OF SHIP PROPUL
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Chapter 6-THEORY OF LUBRICATIONcont
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Chapter 6-THEORY OF LUBRICATIONPURI
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CHAPTER7PRINCIPLES OF MEASUREMENTMe
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Chapter 7-PRINCIPLES OF MEASUREMENT
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Chapter 7-PRINC[PLES OF MEASUREMENT
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•5Chapter 7-PRINCIPLES OF MEASURE
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CHAPTER 8INTRODUCTION TO THERMODYNA
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VChapter 8-INTRODUCTION TO THERMODY
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; N0.4,——-.PRESfCIPLES OF NAVAL
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CHAPTER 10PROPULSION BOILERSIn the
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CHAPTER 11BOILER FITTINGS AND CONTR
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CHAPTER13CONDENSERS AND OTHER HEAT
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CHAPTER 14PIPING, FITTINGS, AND VAL
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Chapter 16. -AUXILIARY STEAM TURBIN
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CHAPTER 17COMPRESSED AIR PLANTSComp
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CHAPTER 19REFRIGERATION AND AIR CON
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CHAPTER 22DIESEL AND GASOLINE ENGIN
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CHAPTER 23GAS TURBINESThe gas turbi
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Page 667 and 668: INDEXComponents and accessories-Con
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