| Descriptions of Fluid Motion | (Ba)
|
| Descriptions of Fluid Motions | (Baa)
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| Fluid Accelerations | (Bab)
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| Steady Flow | (Bac)
|
| Derivation of the Relation between the Time Derivatives | (Bad)
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| Transport Thereom | (Bae)
|
| Kinematics of Fluid Motion | (Bb)
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| Kinematics of Fluid Motions | (Bba)
|
| Illustration of Fluid
Deformation | (Bbb)
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| Conservation of Mass | (Bc)
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| Conservation of Mass | (Bca)
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| Control Volume | (Bcb)
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| Macroscopic form of Continuity | (Bcc)
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| Differential form of Continuity | (Bcd)
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| Continuity equation in various coordinate systems | (Bce)
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| Integral form of Continuity | (Bcf)
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| Streamlines, Pathlines and Streaklines | (Bcg)
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| Streamfunction | (Bch)
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| Examples of streamfunctions | (Bcj)
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| Newton's Law | (Bd)
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| Newton's Law of Motion | (Bda)
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| Euler's Equations of Motion | (Bdb)
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| Euler's Equations of Motion in Other Coordinates | (Bdc)
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| Vorticity | (Bdd)
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| Circulation | (Bde)
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| Kelvin's Theorem | (Bdj)
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| Velocity Potential | (Bdf)
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| Bernoulli's Equation | (Bdg)
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| Energy Implications of Bernoulli's Equation | (Bdh)
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| Momentum Theorem | (Be)
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| Linear Momentum Theorem | (Bea)
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| Example: Arbitrary Duct | (Beb)
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| Example: Fire Hose Nozzle | (Bec )
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| Example: Fire Hose with Bend | (Bed)
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| Connection between drag and a wake | (Bee)
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| Jet Engine | (Bef)
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| Rocket Engine | (Beg)
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| Angular Momentum Theorem | (Beh)
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| Example: Pump or Turbine | (Bei)
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| Steady one-dimensional internal flows | (Bf)
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| Hydraulic System Analysis | (Bfa)
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| Viscous Losses in Incompressible Fluid Flows | (Bfb)
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| Viscous losses in pipes | (Bfc)
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| Viscous Losses in Fittings | (Bfd)
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| Diffusers and Nozzles | (Bfe)
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| Incompressible Flows with External Energy Exchange | (Bff)
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| Pumps and Turbines | (Bfg)
|
| Turbomachine Design | (Bfh)
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| Turbomachine Performance | (Bfi)
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| Unsteady one-dimensional internal flows | (Bn)
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| Introduction | (Bna)
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| System Analysis | (Bnb)
|
| Quasistatic Stability Analysis | (Bnc)
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| Quasistatic Stability Analyses | (Bnca)
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| Turbomachine Surge | (Bncb)
|
| Ledinegg Instability | (Bncc)
|
| Geyser Instability | (Bncd)
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| Unsteady Bernoulli Equation | (Bnd)
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| Unsteady Bernoulli Equation | (Bnda)
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| Manometer Oscillations | (Bndb)
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| Dynamic Instabilities | (Bne)
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| Dynamic Instabilities | (Bnea)
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| Cavitation Surge | (Bneb)
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| Condensation Instabilities and Chugging | (Bnec)
|
| Time Domain Methods | (Bnf)
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| Time Domain Methods | (Bnfa)
|
| Wavepropagation in Ducts | (Bnfb)
|
| Method of Characteristics | (Bnfc)
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| Turbomachine Dynamics | (Bnfd)
|
| Frequency Domain Methods | (Bng)
|
| Frequency Domain Methods | (Bnga)
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| System with Rigid Body Vibration | (Bngk)
|
| Order of the System | (Bngb)
|
| Transfer Matrices | (Bngc)
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| Distributed Systems | (Bngd)
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| Combinations of Transfer Matrices | (Bnge)
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| Properties of Transfer Matrices | (Bngf)
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| Measurement of Transfer Matrices | (Bngl)
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| Some Simple Transfer Matrices | (Bngg)
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| Fluctuation Energy Flux | (Bngh)
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| Turbomachine Dynamics | (Bngi)
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| Incompressible, Inviscid, Irrotational Flow | (Bg)
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| Potential Flow | (Bga)
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| Methods of Solution of Laplace's Equation | (Bgb)
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| Gravity Waves on a Liquid Surface | (Bgc)
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| Separation of Variables in Cartesian Coordinates | (Bgca)
|
| Gravity Waves Boundary Conditions | (Bgcb)
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| Gravity Waves on an Infinitely Deep Ocean | (Bgcc)
|
| Gravity Waves on an Finite-Depth Ocean | (Bgcd)
|
| Standing Waves | (Bgce)
|
| Gravity Waves at Vertical Boundaries | (Bgcf)
|
| Fundamental Singularities | (Bgd)
|
| Separation of Variables in Polar Coordinates
| (Bgda)
|
| General Solution to Potential Flow in Polar Coordinates
| (Bgdb)
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| The Free Vortex | (Bgdc)
|
| Sources and Sinks | (Bgdd)
|
| Planar Rankine Half-Bodies | (Bgde)
|
| PlanarDoublet | (Bgdf)
|
| Planar Rankine Body | (Bgdg)
|
| Cylinder | (Bgdh)
|
| Cylinder with Circulation | (Bgdi)
|
| Lift and Drag in Potential Flow | (Bgdj)
|
| Kelvin Ovals | (Bgdk)
|
| Vortex Sheets | (Bgdl)
|
| Images and Walls | (Bgdm)
|
| Point Singularities | (Bgdn)
|
| Methods of Complex Variables | (Bge)
|
| Cauchy-Riemann Relations | (Bgea)
|
| Method of Complex Variables | (Bgeb)
|
| Conformal Mapping | (Bgec)
|
| Joukowski Airfoils | (Bged)
|
| Flat Plate Airfoil | (Bgee)
|
| Axisymmetric Flow | (Bgf)
|
| Axisymmetric Flow | (Bgfa)
|
| Axisymmetric Flow without Swirl | (Bgfb)
|
| Axisymmetric Flow with Swirl | (Bgfc)
|
| General Equations of Motion | (Bh)
|
| Stress Tensor | (Bha)
|
| Equations of Motion in terms of Stress | (Bhb)
|
| Constitutive Laws | (Bhc)
|
| Constitutive Laws in Cylindrical Coordinates | (Bhd)
|
| Constitutive Laws in Spherical Coordinates | (Bhe)
|
| Navier-Stokes Equations | (Bhf)
|
| Navier-Stokes Equations in Cylindrical Coordinates | (Bhg)
|
| Navier-Stokes Equations in Spherical Coordinates | (Bhh)
|
| Vorticity Transport Equation | (Bhi)
|
| Exact Solutions to Navier-Stokes Equations | (Bi)
|
| Introduction to Exact Solutions of Navier-Stokes Equations | (Bia)
|
| Couette and Planar Poiseuille Flow | (Bib)
|
| Poiseuille Flow | (Bic)
|
| Radial Flow | (Bid)
|
| Vortex Flow | (Bie)
|
| Rayleigh and Ekman Flow | (Bif)
|
| Laminar Round Jet | (Big)
|
| Category 2 Solutions | (Bih)
|
| Boundary Layer Flows | (Bj)
|
| Introduction to Boundary Layer Flows | (Bja)
|
| Laminar Boundary Layer Equations | (Bjb)
|
| Exact Solutions to Laminar Boundary Layer Equations | (Bjc)
|
| Blasius Solution | (Bjd)
|
| Falkner-Skan Solutions | (Bje)
|
| Thicknesses and Surface Stress | (Bjf)
|
| Development of Laminar Boundary Layers | (Bjg)
|
| Karman Momentum Integral Equation | (Bjh)
|
| Approximate Methods | (Bji)
|
| Effect of Suction | (Bjj)
|
| Turbulence | (Bk)
|
| Introduction to Turbulence | (Bka)
|
| The Development of Turbulence | (Bkb)
|
| Linear Stability Analyses | (Bkc)
|
| Stability of Parallel Flows | (Bkd)
|
| Amplification of Disturbances | (Bke)
|
| Turbulence Spectra and Scales | (Bkf)
|
| Reynolds Stresses | (Bkg)
|
| Computing Turbulent Flows | (Bkn)
|
| Turbulence Models | (Bkh)
|
| Turbulent Couette Flow | (Bki)
|
| Law of the Wall | (Bkj)
|
| Turbulent Pipe Flows | (Bkl)
|
| Rough Pipe Flows | (Bkm)
|
| Turbulent Boundary Layers | (Bkk)
|
| Stokes Flow | (Bl)
|
| Introduction to Stokes Flow | (Bla)
|
| Equations of Stokes Flow | (Blb)
|
| Singularities | (Blc)
|
| Slender Body Theory | (Bld)
|
| Resistive Force Theory | (Ble)
|
| Planar Flow | (Blf)
|
| Axisymmetric Flow | (Blg)
|
| Oseen Flow | (Blh)
|
| Unsteady Flows | (Bm)
|
| Introduction | (Bma)
|
| Added Mass | (Bmb)
|
| Introduction | (Bmba)
|
| Added Mass Matrix | (Bmbb)
|
| Fluid Acceleration far from the Body | (Bmbc)
|
| Values of the Added Mass | (Bmbd)
|
| Added Mass for Joukowski Airfoils | (Bmbe)
|
| Additional Effects on the Added Mass | (Bmbf)
|
| Vortex Shedding | (Bmc)
|
| Compressible Flow | (Bo)
|
| Prelinaries for Compressible Flow | (Boa)
|
| One-Dimensional Isentropic Flow | (Bob)
|
| Energy Equation | (Boc)
|
| Speed of Sound | (Bod)
|
| Isentropic Duct Flows | (Boe)
|
| Choked Flow | (Bof)
|
| Effect of Friction in Duct Flows | (Bog)
|
| Shock Waves | (Boh)
|
| Rocket Engines | (Boi)
|
| Two-dimensional Flows | (Boj)
|
| Planar Supersonic Flows for Small Turn Angles | (Bok)
|
| Prandtl-Meyer Expansion Fan | (Bol)
|
| Oblique Shock Wave | (Bom)
|
| Compressible Potential Flow | (Bon)
|
| Supersonic Potential Flow | (Boo)
|
| Prandtl-Glauert Mapping | (Bop)
|
| Open Channel Flow | (Bp)
|
| Introduction to Open Channel Flows | (Bpa)
|
| Gravity Waves Boundary Conditions | (Bgcb)
|
| Gravity Waves on an Infinitely Deep Ocean | (Bgcc)
|
| Gravity Waves on an Finite-Depth Ocean | (Bgcd)
|
| Standing Waves | (Bgce)
|
| Gravity Waves at Vertical Boundaries | (Bgcf)
|
| Finite Amplitude Waves | (Bpb)
|
| Hydraulic Jumps | (Bpc)
|
| Frictionless Flow | (Bpd)
|
| The Effect of Friction | (Bpe)
|
| The Shallow Water Wave Equations | (Bpf)
|
|
|
| References B
|
