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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
Force on turbine bucket      287
Force to accelerate a fluid stream      286
Formation      see "Reaction"
Fouling resistance      355
Four stroke cycle      239
Fourier’s law of heat conduction      342
Friction      85
Friction factor in pipe flow      79 362
Fuels      214 388 389
Fusion, latent heat of      35 55
Gaffert, G.A.      213 305
Gas      114 141—157
Gas compression      306—323
Gas constant      141
Gas cooling cycle      334
Gas cycles      237—264
Gas fuels      389
Gas laws      141
Gas properties      141—157 386—389 391—395 409 413
Gas Tables      152—154
Gas Tables, abridged air table      394—395
Gas Tables, entropy change from      153
Gas Tables, reversible adiabatic process      153
Gas turbine plant      249—261
Gas, cooling      332
Gas, perfect      141—157
Gas, universal      142
Gas-water vapor mixtures      163—175
Gasoline      389 414
Geometric mean      347
Gibbs — Dalton law      159
Gibbs’s theorem      159
Gradient, temperature      340
Grashof number      365
Gray body      369
Green, F.H.      362
Griswold, John      236 389
Hawkins, L.A.      4
Heat      30—32 44
Heat engine cycles      81
Heat engine cycles maximum efficiency of      92—94
Heat engine, limit of efficiency      95
Heat engine, reversed      88 324 334 335
Heat exchanger, in Brayton cycle      250
Heat exchanger, two-pass, correction factor      356
Heat exchangers      348—357 375
Heat meter      376
Heat of combustion      226
Heat of combustion data      388 389
Heat of reaction      226
Heat pump      89 335
Heat rate      183
Heat transfer coefficient      339
Heat transfer data      409—417
Heat transfer mechanisms      338
Heat transmission      338—381
Heater, feed water      201
Heating of a substance at constant pressure      112—114
Heating value      226
Heating value choice of for efficiency basis      234
Heating value data for fuels      388—389
Heating value, higher and lower      228
Heilman, R.H.      417
Helium, properties      386 387 409
Hero’s turbine      285
Hilsenrath, J.      409
Hirshfeld, C.F.      213 236
Horsepower per ton, refrigeration      330
Hot-air engine      237
Hottel, H.C.      140 370 374 375
Humidifying process      171
Humidity relations      167
Humidity relative      166 167
Humidity, specific      166 167
Hunsaker, J.C.      305
Hydraulic equation for flow meters      282
Hydraulic radius      363
Hydrocarbons, properties for combustion calculations      388 389
Hydrogen      214 216 386—388 393 409
Hypothetical reversible impulse stage      293
Hypothetical reversible reaction stage      296
Ideal cycles      178
Impulse turbine stage      293
Impulse turbine stage diagrams      294
Impulse turbine stage, hypothetical reversible      295
Impulse turbine stage, reversible, efficiency      295
Indicator diagram      16
Indicator diagram, reciprocating machine, analysis      312—314
Indicator diagram,compressor      312
Insulating materials, thermal conductivity      413
Intensive properties      128
Interchange factor, radiation      374
Intercooler effectiveness      323
Intercooling in compressors      318
Intercooling in gas turbine plant      256
Internal combustion engine approximation by cycle      238
Internal combustion engine efficiency      242
Internal combustion power plants      238 257
Internal combustion power plants, turbine plant      257
Internal energy      41 48—52 see "Substances"
Internal energy of a mixture      162
Internal energy of a perfect gas      144
Internal energy of a pure substance      51 120
Internal energy of reaction      222 226
Internal energy, kinetic      50
Internal energy, molecular and atomic      44 51
Internal energy, potential      50
International Critical Tables      139
Irreversibility, mechanical      85
Irreversibility, thermal      85
Irreversible heat transfer      102 105
Irreversible heat transfer effect on refrigerating plant      331
Irreversible processes      85
Isentropic enthalpy drop      292
Isentropic process      97 see
Isolated system entropy of      102
Isolated system internal energy of      103
Isothermal process      87
Isothermal process compression      307 308
Isothermal process, reversible, on t-s plot      99
Jackets, cooling water      312 318
Jakob, M.      381
Jet propulsion plant      261
Jet pump      279
Jet velocity      288
Johnson, D.W.      355 357
Jordan, R.C.      177 337
Joule — Kelvin      see "Joule — Thomson"
Joule — Thomson experiment      120
Joule, J.P., experiments on energy conservation      45
Joule’s law      144
Karig, H.E.      177
Kaye, J.      52 125 139 152 264 386 391 392 393 394 395
Kays, W.M.      354 357
Keenan, J.H.      40 52 96 112 124 125 126 139 152 264 275 305 386 391 392 393 394 395 397 399 401 403
Keller, C.      264
Kelvin temperature scale      29 95
Kelvin, Lord (Sir William Thomson)      83 95
Kerosine      389 413 414
Keyes, F.G.      52 112 124 125 126 139 386 397 399 401 403
kinetic energy      50 69 72 83 273 277 292
King, L.S.      362
King, W.J.      417
Knocking      243
Knowlton, P.H.      305
Kraft, H.      275
Laminar flow      357
Laminar sublayer      358
Latent heat      35 55
Latent heat of fusion      35
Latent heat of vaporization      35 389
Laval      see "DeLaval"
Lichty, L.C.      264
Limited-pressure cycle      246
Lindsay, D.C.      170
Liquid, compressed, table      132
Liquid-vapor mixtures      see also "Substance"
Liquid-vapor mixtures, use of tables      128
Liquids, thermal conductivity      413
Liquids, viscosity      414
Logarithmic mean area      347
Logarithmic mean radius      347
Logarithmic mean temperature difference      350
London, A.L.      354 357
Macintire, H.J.      337
Mackey, C.O.      133
Makeup water      179
Marks, L.S.      408 411 413 416
Material balance, steady flow      67 71
Material balance, steady flow, combustion      215—219
McAdams, W.H.      338 354 355 359 362 364 365 375 381
Mean effective pressure      19
Mercury vapor cycle      207—210
Messersmith, C.W.      40
Metals, thermal conductivity      410
Metastable state      280
Meter, flow      280
Methane, properties      386—388
Mixed cycle      246
Mixing process, adiabatic      163
Mixture enthalpy      162
Mixture entropy      163
Mixture gases and water vapor      163—174
Mixture internal energy      162
Mixture liquid-vapor, use of tables      128—131
Mixture properties      158
Mixture specific heats      162
Mixture, equivalent molecular weight      160
Mixture, gas constant      160
Mixture, gaseous      158—174
Mixture, perfect gas, p, V, T relations      159—161
Mixture, saturated      164
Moisture fraction      129
Mol      142
Mol fraction      161
Mol volume      142
Mol volume data      387
Molecular weights, data      386—388
Molecules      2 44 51 160
Mollier chart      133
Morse, F.T.      213
Moss, S.A.      4 305
Mueller, A.C.      356
Multistage compression      316—321 329
Nagle, W.M.      356
Napier’s formula for steam flow      303
Natural convection      355 356
Newton’s Law of Cooling      340
Nitrogen, properties      386 387 391 392 409
Non-circular ducts      362
Non-condensing steam power plant      179
Norton, C.L., Jr.      412
Nozzle analysis, assumptions      265
Nozzle angle, turbine      288
Nozzle bucket efficiency      292
Nozzle coefficients      273
Nozzle computations      275
Nozzle converging      270 274
Nozzle converging, pressure variation in      274
Nozzle converging-diverging      270 274
Nozzle converging-diverging, pressure variation in      275
Nozzle efficiency      273
Nozzle flow meter      280
Nozzle, reversible      268
Nozzle, reversible, cross-sectional area      270
nozzles      265—284
NTU, number of transfer units      357
Nusselt number      360
octane      217 229 388 389
Oil fuel      389
One-dimensional flow      265 342
Open cycle      257
Operating characteristics and design characteristics      295
Orifice flow meter      283
Orsat gas analysis      220
Otto cycle      238
Otto cycle efficiency      241
Otto cycle, variable specific heat      242
Overall coefficient of heat transfer      341
Oxygen, properties      386 387 391 392 409
Palmatier, E.P.      177
Parallel flow      348 349 352
Part by mass      161
Part by volume      161
Partial pressure      159 161
Partial volume      160 161
PATH function      42
Perfect gas      141 see
Perfect gas mixtures      158 see
Perpetual motion machine      84
Perry, J.H.      381
Phase diagram, pressure-volume      119
Phase diagram, temperature-entropy      121
Phases      112 220
Pipe friction      75 79 358 362
Pipe lines, actual, in steam cycle      187
Pipes, size data      415
Piston      10 16
Piston displacement      315 329
Pitot-static tube      267 284
Planck, Max      83 96 369
Point functions and path functions      42
Polytropic compression      307 308
Polytropic process, perfect gas      150
Polytropic specific heat      152
Porous plug      120
Positive displacement machines      306
potential energy      64 69 85
Potential energy due to surface tension, electricity, and magnetism      51
Prandtl number      360
Prandtl number data      409
Pressure      5 11
Pressure, mean effective      19
Pressure, partial      159 161
Pressure, relative, Gas Tables      153
Priester, G.B.      177 337
Process      3 see
Products analysis, combustion      219 388
Products temperature, combustion      229—232
Propane, properties      388 389
Properties      3 41—44 see
Properties charts of      133 Appendix
Properties gases      386—388 391—395 409
Property relations, general, pure substance      122 123
Psychrometer      169
Psychrometric chart      170
Pump efficiency      191
Pump jet      279
Pump work in Rankine cycle      184
Pump, actual, in steam cycle      191
Pure substance      51 111—123 158
Quality      129
Quality of steam, measurement      134—138
Radial flow turbine      291
Radiant heat transfer between black bodies      369—371
Radiant heat transfer between non-black bodies      371—374
Radiation      339 366—375
Radiation spectrum      368 369
Radiation, black body      366—369
Radiation, gas      375
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