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أخوانى فى الله أحضرت لكم كتاب Fluid Mechanics R. C. Hibbeler
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Contents 1 Fundamental Concepts J Chapter ObJectives 3 1.1 'Introduct~on 3 1.2 Charactetmstics of Mratter 5 1.3 Systems of Units b 1.4 Cakul1ations 1O 1.5 Problem S 1o~ving 12 1916 Basic Fluid Properties 14 1..1' Viscosity 1'9 1.8 Vlscos~ty Measurement 24 1.. 19 Vapor Press1ur1e 28 1.1Oi Surface Tension and Capillarlrty 29 2 Fluid Statics 47 Chapter ObJectives 47 2 .1 Pressure 47 2 .2 Absolute and Gage Press.ure 50 2.3 Static Pressure Variat~on 52 2.4 Pressure Variat~on for lncompressible F~uids 53 2.5 Pressure Variation for Compressibl!e F~uids 55 2.6 Measurement of Static Pr1essure 58XlV CONTENTS 2.7 Hydrostatic Force on a Plane Surface~lForimu la Method 66 2 ..8 Hydrostafic Force on a1P~ane Surface~G eometr~call Method 72 2.9' Hydrostatic Force on a Plane Surface~ l ntegratmon Method 77 2.10 Hydrostatic Force on an Inclined P~arne or Curved Surface Determ1ne1d by Project'ion 80 2.11 ·Buoyancy 87 2.12 Stability 90 2.13 Constant Tr.anslati1onal1Acceleration of a Liquid 93 2.14 Steady Rotation of a Liquid 98 3 Kinematics of Fluid Motion 141 Chapter ·Objectives. 141 3.1 Fluijd Flow Descriptions 141 3.2 Types of Flu'id Flow 143 3.3 Gr.aphkal Descriptions 1of !Fluid Flow· 146 3.4 Fluid Acceileration 154 3.5 Strearnline Coordiinates 1611CONTENTS xv 4 Conservation of Mass 177' Chapter Olbjectiives 1177 4 ..1 f1in~te Control Vollumes 177 4.2 The Reynoids Transpoirt Theorem 180 4.3 'Volumetric Flow Mass Flow and Average Velocity 186 4.4 ConservatFOll of Mass 190 5 Work and Energy of Moving Fluids 223 Chapter Objectives 223 5.1 !Euler's Equations of Motion 223 5.2 The Bernou l ~i Equati1on 227 5.3 App~ic.ations of the IBernoullli Equation 230 5.4 !Energy and Hydraulic Grade Unes 242 S.! The En1ergy Equation 250XVI CONTENTS 6 FJuid Momentum 2'93 Chapter Objectives 293 6.1 The Linear Momentum Equation 293 6.2 Appl'lcations t 10 Bodies at !Rest 295 6.3 Appl1'ications to Bodies Ha1ving Constant Velocity 305 6 .4 The Angu~a r Momentum !Equatlron 310 6 ~5 Propellers and Wind Turbines 318 6 ~·6 Applications for C1ontrol Vollu1mes Having Accelerated !Motion .323 6.7 Turbojets and Turbofan1s 324 6.8 Rockets 325 7 Differential Fluid Flow 355 Chapter Objectives 355 7.1 Diffeirential Analysis 355 7 ~2 Ktinematics of Differential! Fluijd El·ements 3S6 7.3 Circulation and Vorticity 360 7.4 C1onservatio11 of Mass 3164 7.5 Equations 1of Motion for a !Fluid Partide 366 7•16 The !Euler and ·eernoulli Equat~ons 368 7.7 The Stream Function 372 7.8 The Potential Function 377 7.'9 Basi·c Two·-dim·ens~onall Flows 381 7 .1Oi Superposition of Flows 392 7 .11 The 1Navier Stokes Equations 402 7 ~ 12 Co1mputational Fluiid Dynami1cs 406CoNTElNTS xv 11 a. Dimensional Analysis and SimiHtude 4219 Chapt1er Objecfives 429 8.1 Dirnens'ionaJ Ana~ysis 42 19 8.2 ~mporta11t IDimensii0niess ;Numbers 432 8.3 The Buckingham Pi Theorem 435 8.4 Som1e Genera1~ Cons'ideratir0ns Re·lated to D·im 1ens i·ona~ A naiysis 444 8.S SimHitude 445 9 Viscous Fl.ow within Enclosed Surfaces 4691 Chapter Objectives 469 9.1· St·e.ady·Lam1inar F~ow between ParaUel P~atres 469 9.2 Navi1er-Stokes Solution for Steady Lamh1ar Flow bebveen ParaUel Plates 475 9.31 St·e.ady Lamijnar Flo1w within a Smooth Pipe 480 9.4 !Navier-Stok1es Solution for Steady La m ~nar Flfo·w within a Smooth Pipe 4.84 9.51 Tlhe R1eynolds !Number 486 9.16 Fully D·evelop·ed Fl1ow from .an Entrance 491 9 ..7 La1minar and Turbu!ent Shear Stre.ss withijn a Smooth Pipe 493 9.8 Turbu'lent Fl1ow within a Smooth Ptpe 496XVllll CONTENTS 10 Analysis and Design for Pipe Flow 517 Chapter Objectives 15117 1rO.1 Resistance to Flow in IRough Pipes 517 1r0.2 Losses Occurring from Pipe Fittings and Transitions 528 10.3 Single-Pipeline Flow 534 10.4 Pipe Systems 540 1O.S Flow Measurement 546 11 Viscous Flow over External Surfaces 569 Chapter Objectives 569 11 .1 The Concept of the Boundary Layer 569 11.2 laminar Boundary Layers 575 11.J The M 1omentum lntegra~ Equation 584 11.·4 Turbulent Bou1ndary Laye·rs 588 11.5 l aminar and Turbulent Boundary Layers 590 11.6 Drag and Lift 596 11 .7 Pressure Gradient Effects 598 11 .8 The Drag Coefficient 602 11 .9 Drag Coefficients for Bodies Having Various Shapes 606 111.10 Methods for Reduci1ng Drag 613 11 1 ~ 11 1 Lift and Dr.ag 1on an Akfoill 616CoNTENrs XIX 12 Open-Channel Flow 647 Chapte'r 10bjectives 647 12.1 Types of Flow in Open Channe·rs 647 12.2 Ope1r.-1Channe1I F~ow C~assifications 649 1.2..3 Spee1ifk IEnergy 1650 12..4 OpenRChannel flow over a Rise or Bump 6.58 112·..s Open-Channel Flow under a S'luice Gate 662 12.6 Steady Uniform Channel Flow 666 12.7 Gradual F'lo'w with Varying IDepth 673 12.8 The HlydrauUc .Jump 680 ·12.9 Werirs 1685 13 Compressible Flow 707 Chapter 10bjectives 707 13.1 Thermodyna1mic Concepts 707 13.2 W.ave Propag.ati·on thr1ough a Compressibl1e Fluid 7116 13 ..3 Types of 1Compressib~e Ffow 71 '9 13~4 Stagnation Pr1operties 723 13.5 lsentro 1pic Flow ·thr1ough a Variable Area 730 13.16 lsentropmc Flow tlhrough Con'Verging and D1iver19ing Nozzles 735 13.7 The Effect of Friction 10n Compressib'e F~ow 744XX CONTENTS 13.8 The !Effect o.f .Heat Transfer on Compressible Flow 754 13.19 Normal Shock Waves 760 13.10 Shock Waves in Nozzl 1es 763 113.11 Oblique Shock Waves 768 13.12 Co·rnpiression and Expansion Waves 773 13..13 Compressible Flow Measurement 778 14 Tu1rbomachines 80'1 Chapter Objectives 801 14~1 Types of Turboma 1chines 801 14.2 AxijaleFlow Pumps 802 14~ .3 Radial-Plow Pumps 808 14.4 Idea~ Performance for Pumps 810 14.S Turbines. 815 14.6 Pump Perl1ormance 821 14.7 Cavitaition a.nd the Net Positive Suct~on Head 824 14.81 Purmp Selection Related to the Flow System 8.216 14.19 Turbomachirne Simmtude 8.28 Appernd.ix A.. Physical Properties of F~uids 844 B. Compressib~e Properties of a Gas (k = 1.4} 850 Fundamental Solution1.s 860 Answers to1 Sel 1e 1cted Problems 875 Index 892
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