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David A. Mooney — Introduction to Thermodynamics and Heat Transfer
David A. Mooney — Introduction to Thermodynamics and Heat Transfer



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Название: Introduction to Thermodynamics and Heat Transfer

Автор: David A. Mooney

Аннотация:

This text provides balanced coverage of the basic concepts of thermodynamics and heat transfer. Together with the clear and numerous illustrations, student-friendly writing style, and accessible math, this is an ideal text for an introductory thermal science course for non-mechanical engineering majors.


Язык: en

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1953

Количество страниц: 441

Добавлена в каталог: 24.03.2013

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Radiation, solar      417
Rankine cycle      179—191
Rankine cycle efficiency      183
Rankine cycle influence of exhaust pressure      187
Rankine cycle influence of initial temperature      186
Rankine cycle influence of pressure      185
Rankine cycle initial pressure limited by temperature      194 195
Rankine temperature      29 95
Reaction stage velocity diagram      298
Reaction stage, hypothetical reversible      299
Reaction stage, hypothetical reversible, efficiency      300
Reaction stage, turbine      296—301
Reaction, chemical, constant pressure      225
Reaction, chemical, constant volume      222
Reaction, chemical, energy equation      220
Reaction, chemical, enthalpy of      224 226
Reaction, chemical, heat of      226
Reaction, chemical, internal energy of      222 226
Reaction, chemical, material balance      215—219
Reciprocating compressor      312—321
Reciprocating compressor flow capacity      314
Reese, H.R.      305
Reflectivity      369
Refractory brick, properties      412
Refrigerant, desirable properties      327
Refrigeration      324—336
Refrigeration absorption cycle      327
Refrigeration capacity, vapor cycle      329
Refrigeration effect of irreversible heat transfer      331
Refrigeration gas      332—335
Refrigeration power consumption      330
Refrigeration standard conditions      330
Refrigeration ton      329
Refrigeration vapor compression      325—332
Refrigerator      324
Refuse, combustion product      220
Regenerative gas cycle      251
Regenerative steam cycle      198—205
Regenerative steam cycle energy and flow analysis      203 204
Regenerative steam cycle heat balance      203 204
Regenerative steam cycle, comparison with Carnot cycle      200
Regenerative steam cycle, practical process      201
Regenerator in Brayton cycle (gas turbine plant)      251
Reheat cycle comparison with Rankine cycle      195—197
Reheat cycle efficiency and steam rate      192 193
Reheat cycle steam      192—198
Reheat cycle, gas      257
Reheater      193
Relative humidity      166 167
Relative pressure, Gas Tables      153
Relative velocity      288—291 294 299
Relative volume, Gas Tables      153
Resistance, fouling      355
Resistance, heat transfer      339 341
Resuperheating      192
Reversed heat engine      88 324 334 335
Reversibility      84—86 102
Reversible adiabatic process      97 see "Apparatus"
Reversible adiabatic process, Gas Tables      153
Reversible adiabatic process, perfect gas      148
Reversible cycle      92—94 see
Reversible nozzle      268—273
Reversible system      85
Reynolds number      357 360
Rightmire, B.G.      305
Rohsenow, W.M.      177
Salisbury, J.K.      305
Saturated air      164 170
Saturated mixture      164
Saturation curve      115 116
Saturation states      114
Saturation states in tables      126
Saturation, adiabatic      170
Schiller station      210
Sears, F.W.      40 125
Second law      80—90 123 185 190 192 350
Second Law applications      92—108
Second Law problems, examples      103
Second Law, Clausius form of      89
Second Law, Kelvin — Planck form of      83
Separation, flow, in diverging duct      278
Shaft work      67
Shapiro, A.H.      305
Shock loss in turbine      295
Sink      82
Skrotzki, B.G.A.      213
Smith, C.W.      305
Smithsonian Physical Tables      139
Society of Automotive Engineers      381 417
Solar radiation, absorptivity for      417
Sound, velocity of      272 274
Source      82
Spark-ignition engine      238
Specific heat      32—35 38 52 54
Specific heat at constant pressure      54
Specific heat at constant volume      52
Specific heat data      386 387 389 391 393 408
Specific heat of liquids, data      389 408
Specific heat of mixtures      162
Specific heat of perfect gas      144
Specific heat of solids      389 408 412
Specific heat ratio data      386 387 391 393
Specific heat ratio of a perfect gas      145
Specific heat, polytropic      152
Specific heat, variable      152
Specific humidity      166 167
Spectrum, radiation      368 369
Spiers, H.M.      140
Stage, compressor      317
Stage, turbine      293
Staged compression, gas turbine plant      256
Staged feed water heating      201
Stagnation enthalpy      266
Stagnation pressure and temperature      207
Standard refrigeration cycle conditions      330
Stanton number      360
Static pressure and temperature      267
Stationary system      11
Stationary system, applications of the First Law      55
Steady flow      66
Steady flow energy equation      70
Steady flow equations, applications      72—77
Steam rate      183
Steam rate, actual      189
Steam tables      126—138 396—403 409
Stefan — Boltzmann constant      368
Stefan — Boltzmann law      368
Stodola, A.      305
Sub-sonic      272 278
Subcooled vapor      280
Sublimation      35 118
Sulfur      36 214 216 388 389
Sulfur, dioxide      386 387
Super-sonic      272 278
Superheat      131
Superheat effect on Rankine cycle      186 195
Superheat effect on steam turbine      194
Superheated vapor      116
Superheated vapor tables      131 see
Supersaturation      279
Surroundings, temperature of      100
symbols      384 385
system      2
System, reversible      85
System, stationary      11
Tail pipe      261
Taps, pressure      284
Taylor, C.F.      264
Taylor, E.S.      264
Temperature      24
Temperature bulk      360
Temperature constant      see "Isothermal"
Temperature difference correction factor      355 356
Temperature difference in refrigeration cycle      331
Temperature difference, logarithmic mean      350
Temperature film      361
Temperature gradient      340
Temperature of combustion products      229—232
Temperature scales      26
Temperature, absolute      27
Temperature, absolute, thermodynamic      94
Temperature-entropy plot      97—99
Theoretical air      215 217
thermal conductivity      342
Thermal conductivity data      409-413
Thermal power plants and ideal cycles      178
Thermometer      25
Thermometer, gas      27
Thin-plate orifice flow meter      284
Thomas, R.      413
Three-stage compression      321
Throat, nozzle, properties at      273
Throttle flow      204
Throttling process      120 326 333
Ton, refrigeration      329
Total pressure and temperature      267
Touloukian, Y.S.      409
Transfer units, number      357
Transmissivity      369
Triple point      118
Tubes, size data      415
Tubular Exchanger Manufacturers Assoc.      381
Turbine      284—301 see "Nozzle" "Impulse" "Reaction"
Turbine expansion, refrigeration      334
Turbine flow path nomenclature      288
Turbine stage      293
Turbo-prop engine      261
Turbulent flow      357
Two-stage compression, work analysis      319
U.S. Dept, of Commerce, Bureau of Standards      133 140 386 388 390 404
Ultimate analysis      214
Unavailable energy      100
UNITS      3
Units conversion table      390
Valve loss      313
Valves      312
Van der Waals constants      387
Vapor      114
Vapor cycles      178—210
Vapor cycles working fluid, desirable properties      208
Vapor cycles, actual processes      187
Vapor cycles, more efficient cycles      191
Vapor dome      116
Vapor, subcooled or supersaturated      280
Vaporization, latent heat of      35 55 389
Velocity characteristic, for a turbine stage      292
Velocity Coefficient, bucket      289
Velocity coefficient, nozzle      273
Velocity components      289
Velocity diagram, turbine      288
Velocity distribution in duct flow      358
Velocity in a nozzle      268
Velocity, absolute      288
Velocity, relative      288
Venturi meter      280
View factor for radiation      370 371
viscosity      359
Viscosity gases, data      409
Viscosity liquids, data      414
Volume, partial      160 161
Volume, relative, Gas Tables      153
Volume, specific      4 see
Volumetric efficiency      314
Volumetric efficiency effect of clearance      315
Volumetric efficiency effect of pressure ratio      316
Vopat, W.A.      213
Warner, C.F.      40
Warren, G.B.      305
Water feed      179
Water properties      112 116—118 386 387 393 396—403 409 413 414 see
Water, liquid and vapor in combustion products      218 228
Wein’s displacement law      368
Wet bulb      168—170
Wile, D.D.      177
Wilkes, G.B.      381
Work      8—23 see "Cycle" "Apparatus"
Work graphical representation      12
Work indicator diagram      16
Work of compression      307 312
Work on a turbine bucket      287
Work, back      253
Work, engine      81
Work, flow      70
Work, paddle-wheel      12 83
Work, pump      81
Working fluid, desirable properties, refrigeration cycle      327
Working fluid, desirable properties, vapor power cycle      208
Y coefficient, flow meter      282
Zemansky, M.W.      2 40 83 86 96 125 159
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