fluid_mechanics
V4.8 Jupiter red spot V4.9 Streamlines V4.10 Streaklines V5.10 Rotating lawn sprinkler V5.11 Impulse-type lawn sprinkler V5.12 Pelton wheel turbine V6.11 No-slip boundary condition V6.12 Liquid– liquid no-slip V6.13 Laminar flow V4.11 Pathlines V5.13 Energy transfer V6.14 Complex pipe flow V4.12 Unsteady flow V5.14 Water plant aerator V6.15 CFD example V4.13 Streamline coordinates V5.1 Sink flow V5.2 Shop vac filter V6.1 Spinning footballvelocity contours V6.2 Spinning football-velocity vectors V6.3 Shear deformation V7.1 Real and model flies V7.2 Flow past a flat plate V7.3 Reynolds number V5.3 Flow through a contraction V5.4 Smokestack plume momentum V5.5 Marine propulsion V6.4 Vortex in a beaker V6.5 Half-body V6.6 Circular cylinder V7.4 Froude number V7.5 Strouhal number V7.6 Weber number V5.6 Force due to a water jet V5.7 Running on water V5.8 Fire hose V5.9 Jelly fish V6.7 Ellipse V6.8 Circular cylinder with separation V6.9 Potential and viscous flow V6.10 Potential flow V7.7 Stokes flow V7.8 Model airplane V7.9 Environmental models V7.10 Flow past an ellipse
V7.11 Model of fish hatchery pond V7.12 Distorted river model V8.6 Stirring cream into coffee V8.7 Turbulence in a bowl V9.7 Skydiving practice V9.8 Karman vortex street V7.13 Wind engineering models V7.14 Model airplane test in water V7.15 Large scale wind tunnel V7.16 Wind tunnel train model V7.17 River flow model V8.8 Laminar to turbulent flow from a pipe V8.9 Laminar/turbulent velocity profiles V8.10 Entrance/exit flows V8.11 Separated flow in a diffuser V8.12 Car exhaust system V9.9 Oscillating sign V9.10 Flow past a flat plate V9.11 Flow past an ellipse V9.12 Jet ski V9.13 Drag on a truck V7.18 Boat model V7.19 Dam model V8.13 Rotameter V8.14 Water meter V9.14 Automobile streamlining V9.15 Stalled airfoil V7.20 Testing of large yacht mode V8.1 Turbulent jet V8.2 Laminar/turbulent pipe flow V8.3 Intermittent turbulent burst in pipe flow V8.4 Stirring color into paint V8.5 Laminar and turbulent mixing V9.1 Space shuttle landing V9.2 Streamlined and blunt bodies V9.3 Laminar boundary layer V9.4 Laminar/turbulent transition V9.5 Transition on flat plate V9.6 Snow drifts V9.16 Bat flying V9.17 Trailing edge flap V9.18 Leading edge flap V9.19 Wing tip vortices V10.1 Off-shore oil drilling platform. V10.2 Filling your car’s gas tank.
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- Page 726 and 727: 702 Appendix A ■ Computational Fl
- Page 728 and 729: 704 Appendix A ■ Computational Fl
- Page 730 and 731: 706 Appendix A ■ Computational Fl
- Page 732 and 733: 708 Appendix A ■ Computational Fl
- Page 734 and 735: 710 Appendix A ■ Computational Fl
- Page 736 and 737: 712 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
- Page 753 and 754: Answers to Selected Even-Numbered H
- Page 755 and 756: Answers to Selected Even-Numbered H
- Page 757 and 758: I ndex Absolute pressure, 13, 48 Ab
- Page 759 and 760: Index I-3 guidelines for selection,
- Page 761 and 762: Index I-5 hydrostatic: on curved su
- Page 763 and 764: Index I-7 piezometer tube, 50, 105,
- Page 765 and 766: Index I-9 Pressure force, 40 Pressu
- Page 767 and 768: Index I-11 Stress field, 277 Strouh
- Page 769: Index I-13 Weber, M., 29, 350 Weber
- 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
V4.8<br />
Jupiter red spot<br />
V4.9<br />
Streamlines<br />
V4.10<br />
Streaklines<br />
V5.10<br />
Rotating lawn sprinkler<br />
V5.11<br />
Impulse-type lawn<br />
sprinkler<br />
V5.12<br />
Pelton wheel turbine<br />
V6.11<br />
No-slip boundary<br />
condition<br />
V6.12<br />
Liquid– liquid<br />
no-slip<br />
V6.13<br />
Laminar flow<br />
V4.11<br />
Pathlines<br />
V5.13<br />
Energy transfer<br />
V6.14<br />
Complex pipe flow<br />
V4.12<br />
Unsteady flow<br />
V5.14<br />
Water plant aerator<br />
V6.15<br />
CFD example<br />
V4.13<br />
Streamline coordinates<br />
V5.1<br />
Sink flow<br />
V5.2<br />
Shop vac filter<br />
V6.1<br />
Spinning footballvelocity<br />
contours<br />
V6.2<br />
Spinning football-velocity<br />
vectors<br />
V6.3<br />
Shear deformation<br />
V7.1<br />
Real and model flies<br />
V7.2<br />
Flow past a flat plate<br />
V7.3<br />
Reynolds number<br />
V5.3<br />
Flow through a contraction<br />
V5.4<br />
Smokestack plume<br />
momentum<br />
V5.5<br />
Marine propulsion<br />
V6.4<br />
Vortex in a beaker<br />
V6.5<br />
Half-body<br />
V6.6<br />
Circular cylinder<br />
V7.4<br />
Froude number<br />
V7.5<br />
Strouhal number<br />
V7.6<br />
Weber number<br />
V5.6<br />
Force due to a water<br />
jet<br />
V5.7<br />
Running on water<br />
V5.8<br />
Fire hose<br />
V5.9<br />
Jelly fish<br />
V6.7<br />
Ellipse<br />
V6.8<br />
Circular cylinder<br />
with separation<br />
V6.9<br />
Potential and viscous<br />
flow<br />
V6.10<br />
Potential flow<br />
V7.7<br />
Stokes flow<br />
V7.8<br />
Model airplane<br />
V7.9<br />
Environmental models<br />
V7.10<br />
Flow past an ellipse
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