fluid_mechanics

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ANS-6 Answers to Selected Even-Numbered Homework Problems 11.74 1.35 m 11.76 at duct entrance T 130 K; p 6.0 kPa 1abs2; T 0 293 K; p 0 101 kPa 1abs2; V 571 ms; just upstream of shock T 296 K; p 17 kPa 1abs2; T 0 396 K; p 0 47.7 kPa 1abs2; V 448 ms; just downstream of shock T 354 K; p 30.8 kPa 1abs2; T 0 396 K; p 0 46.4 kPa 1abs2; V 299 ms; at duct exit T 351 K; p 26.6 kPa 1abs2; T 0 407 K; p 0 45.9 kPa 1abs2; V 337 m s Chapter 12 12.4 pump 12.8 BG, 1ft lb2slug; hp; SI, 1N m2kg or Jkg; Js or watt 1W2; EE, 1ft lb2lbm; hp 12.10 10.8 lbft 2 ; turbine 12.16 turbine and pump 12.18 379 1ft lb2lbm 12.20 1b2 891 ft lb; 0 rpm 12.22 1.84 hp 12.24 11.5 m 12.28 increase to 8.43 ft 12.30 1a2 2.07 kW; 1b2 12.6 m 12.34 365 gpm 12.36 255 gpm; no 12.38 1a2 0.0529 m 3 s; 1b2 13% 12.42 0.0328 m 3 s; 8 m 12.44 Yes 12.46 1000 gpm; 800 ft 12.48 671 at maximum efficiency 12.54 mixed-flow 12.56 6.4 hp; 163 ft 2 s 2 12.62 0.0109 ft 3 s; 0.150 ft lb; 0.0409 hp 12.66 23,200 kW 12.68 41,000 hp 12.70 Francis; 378 ft 3 s
I ndex Absolute pressure, 13, 48 Absolute temperature, 7, 13 Absolute velocity, 176, 196, 218, 647 Absolute viscosity, 15 of air, 717, 718 of common gases, 14, 714 of common liquids, 12, 714 of U.S. Standard Atmosphere, 719, 720 of water, 716 Acceleration, 95, 156, 265 centrifugal, 164, video V3.4 convective, 160, 164 field, 156, 265 gravitational, 8, 719, 720 local, 159 normal, 95, 164, video V3.1, video V3.4 particle, 156 streamwise, 95, 164, video V3.1, video V5.3 Accessibility of flow, 544 Acoustic velocity, 22, 585 of air, 717, 718 of water, 716 Adiabatic flow, 224, 584 with friction, see Fanno line flow reversible, see Isentropic flow Adverse pressure gradient, 300, 490 Aerodynamics, 28 Air, table of properties of, 717, 718 Airfoil, 514, video V9.15, video V9.17, video V9.18 Alternate depths, 543 Analogy, compressible and open channel flow, 634 Andrade’s equation, 18 Aneroid barometer, 55 Angle: of attack, 492, 515 of contact, 25 of Mach cone, 590 Angular deformation, 264, 267, 269, video V6.3 Angular momentum, see Moment of momentum Angular momentum flow, 216, video V5.10 Annulus, flow in, 316 Apparent viscosity, 16 Archimedes, 27, 28, 69 Archimedes’ principle, 68, video V2.7 Area: centroid, 59, 60 moment of inertia, 59, 60 product of inertia, 59, 60 Area ratio, critical, isentropic flow, 602 Aspect ratio: airfoil, 515 plate, 341 Atmosphere, standard, 47 properties of, 47, 719, 720 Atmospheric pressure, 13, 47 Available energy, 230 Average velocity, 190 Axial-flow machine, 647 Axial-flow pump, 671 Axisymmetric flow, 463 Backward curved blades, 657 Backward difference, 703 Barometer: aneroid, 55 mercury, 49 Basic differential equations of <strong>fluid</strong> motion, 279 Basic dimensions, 4, 334 Bellows meter, 447 Bends, 421 Bernoulli, D., 27, 28, 99 Bernoulli equation: cautions on use of, 99, 281 derivation from F ma, 99, 279, video V3.1 derivation from first law of thermodynamics, 229 extended, 232 I-1
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Achieve Positive Learning Outcomes
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WileyPLUS combines robust course ma
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Sixth Edition F undamentals of Flui
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About the Authors vii Bruce R. Muns
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P reface This book is intended for
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Preface xi Life Long Learning Probl
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Preface xiii WileyPLUS offers today
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Featured in this Book xv LEARNING O
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C ontents 1 INTRODUCTION 1 Learning
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Contents xix 6.4.3 Irrotational Flo
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12.6 Axial-Flow and Mixed-Flow Pump
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10 8 Jupiter red spot diameter 2 Ch
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4 Chapter 1 ■ Introduction and do
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6 Chapter 1 ■ Introduction up the
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8 Chapter 1 ■ Introduction the SI
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10 Chapter 1 ■ Introduction E XAM
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12 Chapter 1 ■ Introduction TABLE
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14 Chapter 1 ■ Introduction TABLE
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16 Chapter 1 ■ Introduction Crude
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18 Chapter 1 ■ Introduction Visco
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20 Chapter 1 ■ Introduction Kinem
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22 Chapter 1 ■ Introduction As th
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24 Chapter 1 ■ Introduction Boili
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26 Chapter 1 ■ Introduction E XAM
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28 Chapter 1 ■ Introduction The r
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30 Chapter 1 ■ Introduction fluid
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32 Chapter 1 ■ Introduction Secti
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34 Chapter 1 ■ Introduction avail
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36 Chapter 1 ■ Introduction compr
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2 Fluid Statics CHAPTER OPENING PHO
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40 Chapter 2 ■ Fluid Statics in a
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42 Chapter 2 ■ Fluid Statics p Fo
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44 Chapter 2 ■ Fluid Statics the
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46 Chapter 2 ■ Fluid Statics p 2
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48 Chapter 2 ■ Fluid Statics wher
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50 Chapter 2 ■ Fluid Statics F l
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52 Chapter 2 ■ Fluid Statics E XA
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58 Chapter 2 ■ Fluid Statics Free
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60 Chapter 2 ■ Fluid Statics The
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66 Chapter 2 ■ Fluid Statics SOLU
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68 Chapter 2 ■ Fluid Statics COMM
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70 Chapter 2 ■ Fluid Statics V2.8
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88 Chapter 2 ■ Fluid Statics 2.81
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92 Chapter 2 ■ Fluid Statics 2.12
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94 Chapter 3 ■ Elementary Fluid D
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100 Chapter 3 ■ Elementary Fluid
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148 Chapter 4 ■ Fluid Kinematics
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264 Chapter 6 ■ Differential Anal
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7 Dimensional Analysis, Similitude,
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384 Chapter 8 ■ Viscous Flow in P
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WARNING Stand clear of Hazard areas
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462 Chapter 9 ■ Flow over Immerse
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∋ 530 Chapter 9 ■ Flow over Imm
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10 Open-Channel Flow CHAPTER OPENIN
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536 Chapter 10 ■ Open-Channel Flo
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646 Chapter 12 ■ Turbomachines Ex
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Page 726 and 727: 702 Appendix A ■ Computational Fl
Page 738 and 739: A ppendix B Physical Properties of
Page 740 and 741: 716 Appendix B ■ Physical Propert
Page 742 and 743: 718 Appendix B ■ Physical Propert
Page 744 and 745: 720 Appendix C ■ Properties of th
Page 746 and 747: 722 Appendix D ■ Compressible Flo
Page 748 and 749: 724 Appendix D ■ Compressible Flo
Page 751 and 752: Answers to Selected Even-Numbered H
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Page 755: Answers to Selected Even-Numbered H
Page 759 and 760: Index I-3 guidelines for selection,
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Page 765 and 766: Index I-9 Pressure force, 40 Pressu
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Page 769: Index I-13 Weber, M., 29, 350 Weber
Page 772 and 773: V4.8 Jupiter red spot V4.9 Streamli
Page 774: V10.3 Water strider V10.13 Triangul
Page 781 and 782: ■ TABLE 1.4 Conversion Factors fr
Page 783: ■ TABLE 1.7 Approximate Physical
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