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Bloomer J.J. — Practical fluid mechanics for engineering applications
Bloomer J.J. — Practical fluid mechanics for engineering applications



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Название: Practical fluid mechanics for engineering applications

Автор: Bloomer J.J.

Аннотация:

Covers the practical side of fluid mechanics for the practicing engineer. Bloomer, a product manager, begins with a review of the definitions, equations, and derivations that are useful for the material that follows. The bulk of the book develops equations for pipe flow and system designs, flow in open channels, flow measurement in closed conduits, forces on immersed objects, and unsteady flow. Appendices provide engineering conversion factors; pipe schedules; properties of areas, pipes and tubing; the saturated, critical and gas properties of 49 fluids; and the viscosity and density of compressed water and saturated steam.


Язык: en

Рубрика: Физика/Классическая физика/Механика жидкости и газа/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 2000

Количество страниц: 392

Добавлена в каталог: 18.06.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Absolute pressure      6
Absolute viscosity      3
Acoustic velocity      21 2
Adiabatic expansion factor      87
Adiabatic flow      68
Airfoil      see Lifting vane
American Petroleum Institute scale      10
Area change loss      159
ASME critical flow venturi nozzles      see Venturi nozzle
ASME flow nozzle      see Flow-nozzle
ASME orifice meter      see Orifice meter
ASME venturi tube      see Venturi tube
Atmosphere      35 2
Atmospheric (standard) pressure      6
Barometer      27 2
Baume scale      10
Bend loss      158
Bernoulli equation      49
Bingham plastic      2
Boundary layer      265 2
Bourdon tube gage      27 2
Bulk modulus of elasticity      18 2
Buoyancy      36
Centipoise      14
Centistoke      14
Chezy coefficient      199
Cistern manometer      see Well manometer
Coefficient of discharge      221
Colebrook equation      148
Compressible flow in pipes      180 2
Compressible fluids      see Gas dynamics
Compression shock wave      96
Conservation of energy      see Energy equation
Conservation of mass      see Continuity equation
Continuity equation      44
Critical conditions      70
Critical conditions, area      70
Critical conditions, density      70
Critical conditions, pressure      70
Critical conditions, temperature      70
Critical conditions, velocity      70
Critical values for rectangular channels      204
D'Arcy Weisbach friction factor      141
density      8
Dynamic viscosity      3
Elastic solid      2
Elbow How meter      244 2
Energy      49
energy equation      55 2
Energy equation, and ideal gas specific heat      61
Energy equation, nonflow      58
Energy equation, relation with motion equation      58
Energy, grade line      197
Energy, losses in piping systems      150 2
Energy, specific      49 203
Energy, specific internal      50
Energy, specific kinetic      49 2
Energy, specific potential      49
Enthalpy      52
Entrance loss      151
entropy      54
Equation of motion      46 2
Equation of motion, one dimensional, steady flow      46 2
Equations of stale      16 2
Eulerian method      43
Exit loss      159
Exosphere      36
Expansion factor, flow meters      221
Fanno line      102 2
Fitting loss      151 2
Flow measurement      219 2
Flow meters, analysis      220—222
Flow nozzle      229 2
Flow nozzle, classifications      231
Flow nozzle, discharge coefficients      2 31
Flow nozzle, expansion factor      232
Flow nozzle, pressure loss      233
Flow nozzle, throat tap      229
Flow nozzle, uncertainty      231
Flow nozzle, wall tap      230
Fluid      1
Fluid dynamics      46 2
Fluid kinematics      42
Fluid properties      4 2 IS
Fluid statics      24 2
force      8
Force, body      25
Force, buoyant      36
Force, drag      262
Force, drag, coefficient      263
Force, drag, cylinder      275 2
Force, drag, pressure      263 268
Force, drag, skin friction      263 265
Force, drag, sphere      270 2
Force, inertia      143
Force, lift      262
Force, lift, coefficient      263
Force, viscous      143
Friction factor      141
Friction loss      151
Frictionless flow      48
Froude number      205
Gas      4
Gas dynamics      65 2
Gas dynamics, area velocity relations      66 2
Gas, ideal      17
Hazen Williams equation      190
Heat      54
Hydraulic grade line      197
Hydraulic jump      208
Hydraulic radius      48 200
Impulse momentum equation      65
Inclined manometer      32
Incompressible fluid      48
Incompressible fluid, flow analysis      141
Ionosphere      35
Isontropic flow functions      72
Isothermal flow      134 2
Karman vortex trails      262 278
Lagrangian method      42
Laminar flow      144
Lifting vane      283 2
Mach number      67
Manning relation      199 2
Manning relation, roughness factor      201
Manometer      29 2
Mass      8
Mass flow rate      44
Mesosphere      35
Moody diagram      143
Natural gas pipelines      180
Newton      8
Newton's law of viscosity      3
Newton's Second Law of Motion      8
Newton's second law of motion, unsteady flow      293
Newtonian fluid      2
Non-Newtonian fluid      2
Noncircular pipes      188
Normal shock function      see Shock analysis
Nozzle      87
Nozzle, convergent-divergent      93 2
Open channel flow      196—202
Orifice meter      236 2
Orifice meter, discharge coefficient      238
Orifice meter, expansion factor      241
Orifice meter, pressure loss      242
Orifice meter, tap locations      237
Orifice meter, uncertainty      241
Pipe flow analysis      140 2
Pipe sizing      160 2
Pipe system design      162 2
Pipe system loss      159
Pitot tube      248 2
Plastic      2
Poise      13
Pressure      6 2
Pressure, sensing devices      27 2
Pressure, waves in piping systems      296—302
Pressure-height relations for ideal gas      33
propeller      287 2
Resistance coefficient      151
Reynolds number      142
Reynolds number, critical      146
Reynolds number, equations      143 2
Roughness      149
Saybolt seconds furol (SSF)      14
Saybolt seconds universal (SSU)      14
Saybolt viscometer      14
Ship resistance      281 2
Shock analysis      96 2
Smokestack design      280
Sonic velocity      67
Specific gravity      10
Specific volume      9
Specific weight      9
Stagnation      69
Stagnation, density      69
Stagnation, pressure      69
Stagnation, temperature      69
Stoke      14
Stratosphere      35
Strouhal number      262
Subsonic velocity      67
Supersonic velocity      67
Surface tension      198
Tanks, level changes      303—312
Temperature      4 2
Temperature scale      5
Temperature scale, Celsius      5
Temperature scale, Fahrenheit      5
Temperature scale, Kelvin      5
Temperature scale, Rankine      5
Thermodynamic processes      14—22
Thermodynamic processes, isentropic      15
Thermodynamic processes, isobaric      15
Thermodynamic processes, isometric      15
Thermodynamic processes, isothermal      15
Thermodynamic processes, polytropic      15
Thermodynamic processes, pressure-height relation      34—42
Thermospherc      35
Troposphere      35
Turbulent flow      148
U-tube manometer      30
Unsteady flow      291 2
Valve loss      152—162
Vapor      4
Velocity, average      43
Velocity, design for piping system      160—162
Velocity, profile in a pipe      43—52
Velocity, sonic      see Sonic velocity
Venturi nozzle      254—262
Venturi tube      222 2
Venturi tube, classifications      223—232
Venturi tube, discharge coefficients      224
Venturi tube, pressure loss      226 2
Venturi tube, uncertainty      224 2
Viscometer      see Saybolt viscometer
Viscosity, dynamic      3 11
Viscosity, gas      13
Viscosity, kinematic      12
Viscosity, liquid      13
Viscosity, units      13—2
Volumetric flow rate      43
Wake frequency      278—282
Water hammer      299 2
Weber number      198
Weight      8
Weirs      211
Weirs, rectangular      212
Weirs, triangular      215
Well manometer      31
Work, flow      50
Work, shaft      52
Work, shaft, steady flow      53
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