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Bloomer J.J. — Practical fluid mechanics for engineering applications
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Название: Practical fluid mechanics for engineering applicationsАвтор: 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: Рубрика: Физика /Классическая физика /Механика жидкости и газа /Статус предметного указателя: Готов указатель с номерами страниц ed2k: ed2k stats Год издания: 2000Количество страниц: 392Добавлена в каталог: 18.06.2005Операции: Положить на полку |
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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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