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| SUBJECT:
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| Preface
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| Nomenclature
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| Equation Number Codes
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| A | | |
| Fluid Characteristics
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| Aa | |
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What is a fluid?
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| Ab
| | | | Fluid properties
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| | Aba | | | | Pressure
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| | Abb | | | | Density
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| | Abc | | | | Compressibility
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| | Abd | | | | Viscosity
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| | Ck | | | | Surface Tension
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| | Cn | | | | Contact Angle
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| Ac | | | | Thermodynamics
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| | Aca | | | | Thermodynamic Variables
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| | Acb | | | | Thermodynamic Systems and Processes
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| | Acc | | | | Thermodynamic Laws
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| | Acd | | | | Perfect Gas
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| | Ace | | | | Saturated Vapor/Liquid Properties
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| C | | | | Fluid Statics
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| Ca | | | | Pressure
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| Cb | | | | Fluid statics
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| Cc | | | | Oceans at rest
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| Cd | | | | Manometers
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| Ce | | | | Atmospheres
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| Cf | | | | Fluid static forces
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| Cg | | | | Archimedes Principle
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| Ch | | | | Stability of a submerged body
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| Ci | | | | Archimedes Principle for a floating body
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| Cj | | | | Stability of a floating body
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| Ck | | | | Surface Tension
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| Cm | | | | Pressure differences due to Surface Tension
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| Cn | | | | Contact Angle
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| Cp | | | | Meniscus
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| Cq | | | | Capillarity
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| B | | | | Basic Fluid Dynamics
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| Ba | | | | Descriptions of Fluid Motion
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| | Baa | | | | Descriptions of Fluid Motions
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| | Bab | | | | Fluid Accelerations
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| | Bac | | | | Steady Flow
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| | Bad | | | | Derivation of the Relation between the Time Derivatives
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| | Bae | | | | Transport Theorem
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| Bb | | | | Kinematics of Fluid Motion
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| | Bba | | | | Kinematics of Fluid Motions
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| | Bbb | | | | Illustration of Fluid
Deformation
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| Bc | | | | Conservation of Mass
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| | Bca | | | | Conservation of Mass
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| | Bcb | | | | Control Volume
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| | Bcc | | | | Macroscopic form of Continuity
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| | Bcd | | | | Differential form of Continuity
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| | Bce | | | | Continuity equation in various coordinate systems
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| | Bcf | | | | Integral form of Continuity
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| | Bcg | | | | Streamlines, Pathlines and Streaklines
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| | Bch | | | | Streamfunction
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| | Bcj | | | | Examples of streamfunctions
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| Bd | | | | Newton's Law |
| | Bda | | | | Newton's Law of Motion
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| | Bdb | | | | Euler's Equations of Motion
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| | Bdc | | | | Euler's Equations of Motion in Other Coordinates
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| | Bdd | | | | Vorticity
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| | Bde | | | | Circulation
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| | Bdf | | | | Velocity Potential
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| | Bdg | | | | Bernoulli's Equation
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| | Bdh | | | | Energy Implications of Bernoulli's Equation
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| Be | | | | Momentum Theorem
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| | Bea | | | | Linear Momentum Theorem
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| | Beb | | | | Example: Arbitrary Duct
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| | Bec | | | | Example: Fire Hose Nozzle
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| | Bed | | | | Example: Fire Hose with Bend
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| | Bee | | | | Connection between drag and a wake
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| | Bef | | | | Jet Engine
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| | Beg | | | | Rocket Engine
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| | Beh | | | | Angular Momentum Theorem
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| | Bei | | | | Example: Pump or Turbine
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| Bf | | | | Steady One-dimensional internal flows
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| | Bfa | | |
| Hydraulic System Analysis
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| | Bfb | | |
| Viscous Losses in Incompressible Fluid Flows
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| | Bfc | | |
| Viscous losses in pipes
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| | Bfd | | |
| Viscous Losses in Fittings
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| | Bfe | | |
| Diffusers and nozzles
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| | Bff | | |
| Incompressible Flows with External Energy Exchange
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| | Bfg | | |
| Turbomachines
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| | Bfh | | |
| Turbomachine Design
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| | Bfi | | |
| Turbomachine Performance
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| Bn | | | | Unsteady One-dimensional Internal Flows
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| | Bna | | |
| Introduction to Unsteady Internal Flows
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| | Bnb | | |
| System Analysis
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| | Bnc | | |
| Quasistatic Instabilities
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| | | Bnca | | |
| Quasistatic Stability Analyses
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| | | Bncb | | |
| Turbomachine Surge
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| | | Bncc | | |
| Ledinegg Instability
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| | | Bncd | | |
| Geyser Instability
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| | Bnd | | |
| Unsteady Bernoulli Equation
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| | | Bnda | | |
| Unsteady Bernoulli Equation for a Pipe
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| | | Bndb | | |
| Manometer Oscillations
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| | Bne | | |
| Dynamic Instabilities
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| | | Bnea | | |
| Dynamic Instabilities
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| | | Bneb | | |
| Cavitation Surge of Cavitating Pumps
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| | | Bnec | | |
| Condensation Oscillations and Chugging
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| | Bnf | | |
| Time Domain Methods
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| | | Bnfa | | |
| Time Domain Methods
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| | | Bnfb | | |
| Wave Propagation in Ducts
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| | | Bnfc | | |
| Method of Characteristics
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| | | Bnfd | | |
| Turbomachine Dynamics
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| | Bng | | |
| Frequency Domain Methods
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| | | Bnga | | |
| Frequency Domain Methods
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| | | Bngk | | |
| System with Rigid Body Vibration
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| | | Bngb | | |
| Order of the System
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| | | Bngc | | |
| Transfer Matrices
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| | | Bngd | | |
| Distributed Systems
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| | | Bnge | | |
| Combinations of Transfer Matrices
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| | | Bngf | | |
| Properties of Transfer Matrices
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| | | Bngf | | |
| Measurement of Transfer Matrices
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| | | Bngg | | |
| Some Simple Transfer Matrices
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| | | Bngh | | |
| Fluctuation Energy Flux
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| | | Bngi | | |
| Turbomachine Dynamics
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| Bg | | | | Incompressible, Inviscid, Irrotational Flow
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| | Bga | | | | Potential Flow
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| | Bgb | | | | Methods of Solution of Laplace's Equation
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| | Bgc | | | | Gravity Waves on a Liquid Surface
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| | | Bgca | | |
| Separation of Variables in Cartesian Coordinates
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| | | Bgcb | | |
| Gravity Wave Boundary Conditions
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| | | Bgcc | | |
| Gravity Waves on an Infinitely Deep Ocean
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| | | Bgcd | | |
| Gravity Waves on an Finite-Depth Ocean
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| | | Bgce | | |
| Standing Gravity Waves
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| | | Bgcf | | |
| Gravity Waves at Vertical Boundaries
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| | Bgd | | | | Fundamental Singularities
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| | | Bgda | | |
| Method of Separation of Variables in Polar Coordinates
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| | | Bgdb | | |
| General Solution to Potential Flow in Polar Coordinates
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| | | Bgdc | | |
| The Free Vortex
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| | | Bgdd | | |
| Sources and Sinks
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| | | Bgde | | |
| Planar Rankine Half-Bodies
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| | | Bgdf | | |
| Planar Doublet
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| | | Bgdg | | |
| Planar Rankine Body
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| | | Bgdh | | |
| Potential Flow around a Cylinder
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| | | Bgdi | | |
| Cylinder with Circulation in a Uniform Stream
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| | | Bgdj | | |
| Lift and Drag in Potential Flow
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| | | Bgdk | | |
| Kelvin Ovals
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| | | Bgdl | | |
| Vortex Sheets
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| | | Bgdm | | |
| Images and Walls
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| | | Bgdn | | |
| Point Singularities
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| | Bge | | | | Methods of Complex Variables
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| | | Bgea | | |
| Cauchy-Riemann Equations
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| | | Bgeb | | |
| Method of Complex Variables for Planar Potential Flows
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| | | Bgec | | |
| Conformal Mapping
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| | | Bged | | |
| Joukowski Airfoils
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| | | Bgee | | |
| Flat Plate at an Angle of Attack
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| | Bgf | | | | Axisymmetric
Flow
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| | | Bgfa | | | | Axisymmetric Flow
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| | | Bgfb | | | | Axisymmetric Flow without Swirl
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| | | Bgfc | | | | Axisymmetric Flow with Swirl
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| Bh | | | | General Equations of Motion
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| | Bha | | | | Stress Tensor
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| | Bhb | | | | Equations of Motion in terms of Stress
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| | Bhc | | | | Constitutive Laws
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| | Bhd | | | | Constitutive Laws in Cylindrical Coordinates
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| | Bhe | | | | Constitutive Laws in Spherical Coordinates
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| | Bhf | | | | Navier-Stokes Equations
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| | Bhg | | | | Navier-Stokes Equations in Cylindrical Coordinates
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| | Bhh | | | | Navier-Stokes Equations in Spherical Coordinates
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| Bi | | | | Exact Solutions to Navier-Stokes Equations
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| | Bia | | | | Introduction to Exact Solutions of Navier-Stokes Equations
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| | Bib | | | | Couette and Planar Poiseuille Flow
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| | Bic | | | | Poiseuille Flow
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| | Bid | | | | Radial Flow
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| | Bie | | | | Vortex Flow
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| | Bif | | | | Rayleigh and Ekman Flow
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| | Big | | | | Laminar Round Jet
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| | Bih | | | | Category 2 Solutions
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| Bj | | | | Boundary Layer
Flows
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| | Bja | | | | Introduction to Boundary Layer Flows
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| | Bjb | | | | Laminar Boundary Layer Equations
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| | Bjc | | | | Exact Solutions to the Laminar Boundary Layer Equations
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| | Bjd | | | | Blasius Solution for a Flat Plate Boundary Layer
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| | Bje | | | | Falkner-Skan Solutions to Laminar Boundary Layer Equations
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| | Bjf | | | | Thicknesses and Surface Stress
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| | Bjg | | | | Development of Laminar Boundary Layers
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| | Bjh | | | | Karman Momentum Integral Equation
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| | Bji | | | | Approximate Methods
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| | Bjj | | | | Effect of Suction
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| Bk | | | | Turbulence
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| | Bka | | | | Introduction to Turbulence
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| | Bkb | | | | The Development of Turbulence
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| | Bkc | | | | Linear Stability Analyses
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| | Bkd | | | | Stability of Parallel Flows
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| | Bke | | | | Amplification of Disturbances
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| | Bkf | | | | Turbulence Spectra and Scales
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| | Bkg | | | | Reynolds Stresses
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| | Bkn | | | | Computing Turbulent Flows
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| | Bkh | | | | Turbulence Models
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| | Bki | | | | Turbulent Couette Flow
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| | Bkj | | | | Law of the Wall
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| | Bkl | | | | Turbulent Pipe Flows
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| | Bkm | | | | Rough Pipe Flows
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| | Bkk | | | | Turbulent Boundary Layers
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| Bl | | | | Stokes Flow
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| | Bla | | | | Introduction to Stokes Flow
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| | Blb | | | | Equations of Stokes Flow
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| | Blc | | | | Singularities in Stokes’ Flow
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| | Bld | | | | Slender body theory
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| | Ble | | | | Resistive Force theory
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| | Blf | | | | Planar Stokes’ Flow
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| | Blg | | | | Axisymmetric Stokes’ Flow
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| Bm | | | | Unsteady Flows
|
| | Bma | | | | Introduction
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| | Bmb | | | | Added Mass
|
| | | Bmba | | | | Introduction to Added Mass
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| | | Bmbb | | | | Added Mass Matrix
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| | | Bmbc | | | | Fluid Acceleration far from the Body
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| | | Bmbd | | | | Values of the Added Mass
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| | | Bmbe | | | | Added Mass for Joukowski Airfoils
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| | | Bmbf | | | | Additional effects on the Added Mass
|
| | Bmc | | | | Vortex Shedding
|
| Bo | | | | Compressible Flow
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| | Boa | | | | Preliminaries for Compressible Flows
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| | Bob | | | | One-Dimensional Isentropic Flow
|
| | Boc | | | | Energy Equation
|
| | Bod | | | | Speed of Sound
|
| | Boe | | | | Isentropic Duct Flows
|
| | Bof | | | | Choked Flow
|
| | Bog | | | | Effect of Friction in Duct Flows
|
| | Boh | | | | Shock Waves
|
| | Boi | | | | Rocket Engines
|
| | Boj | | | | Two-dimensional Compressible Flows
|
| | Bok | | | | Planar Supersonic Flows for Small Deflections
|
| | Bol | | | | Prandtl-Meyer Expansion Fan
|
| | Bom | | | | Oblique Shock Wave
|
| | Bon | | | | Compressible Potential Flow
|
| | Boo | | | | Supersonic Potential Flow
|
| | Bop | | | | Prandtl-Glauert Mapping
|
| Bp | | | | Open Channel Flow
|
| | Bpa | | | | Introduction to Open Channel Flow
|
| | Bgcb | | | | Gravity Wave Boundary Conditions
|
| | Bgcc | | | | Gravity Waves on an Infinitely Deep Ocean
|
| | Bgcd | | | | Gravity Waves on an Finite-Depth Ocean
|
| | Bgce | | | | Standing Gravity Waves
|
| | Bgcf | | | | Gravity Waves at Vertical Boundaries
|
| | Bpb | | | | Finite Amplitude Waves
|
| | Bpc | | | | Hydraulic Jumps
|
| | Bpd | | | | Frictionless Flow
|
| | Bpe | | | | The Effect of Friction
|
| | Bpf | | | | The Shallow Water Wave Equations
|
|
|
| D | | | | EXTERNAL FLOWS AROUND OBJECTS
|
| Da | | | | Introduction to External Flows
|
| | Daa | | | | Introduction
|
| | Dab | | | | Forces on Objects
|
| Db | | | |
Drag
|
| | Dba | | | | Introduction to Drag
|
| | Dbb | | | | Relation between drag and the wake
|
| | Dbc | | | | Drag on a sphere or cylinder
|
| | Dbd | | | | Vortex generators
|
| | Dbe | | | | Form Drag
|
| | Dbf | | | | Skin Friction Drag
|
| | Dbg | | | | Wave Drag
|
| | Dbh | | | | Effects of Rotation
|
| Dc | | | |
Lift
|
| | Dca | | | | Introduction to Lift
|
| | Dcb | | | | Magnus Effect
|
| | Dcc | | | | General Relation between Lift and the Circulation
|
| | Dch | | | | Effects of Rotation
|
| | Dci | | | | Ground Effects
|
| | Dcd | | | | The Flat Plate Airfoil
|
| | Dce | | | | Planar Airfoil Performance
|
| | Dcf | | | | Finite Span Performance
|
| | Dcg | | | | Aircraft Flight
|
| Dd | | | |
Propulsion
|
| | Dda | | | | Introduction to Propulsion
|
| | Ddb | | | | Drag Propulsion
|
| | Ddc | | | | Propulsion Efficiency
|
| | Ddd | | | | Propeller Propulsion
|
| | Dde | | | | Jet Propulsion
|
| | Ddf | | | | Rocket Propulsion
|
| De | | | |
Vortex Shedding
|
| | Dea | | | | Introduction to Vortex Shedding
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| Df | | | |
Animal Locomotion
|
| | Dfa | | | | Introduction to Animal Locomotion
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| | Dfb | | | | High Reynolds Number Locomotion
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| | Dfd | | | | Fish Locomotion
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| | Dfe | | | | Bird Flight
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| | Dfc | | | | Low Reynolds Number Locomotion
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| | Dff | | | | Prokaryotic Locomotion
|
| | Dfg | | | | Flagellar Locomotion
|
| | Dfh | | | | Ciliary Propulsion
|
| | Dfi | | | | Internal flows and Mucus Propulsion
|
|
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| E | | | | BIOFLUID MECHANICS
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| Ea | | | | Introduction
|
| Eb | | | | Blood Flow
|
| | Eba | | | | Blood Characteristics
|
| | | Ebaa | | | | Constituents of Blood
|
| | | Ebab | | | | Rheology of Blood
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| | Ebb | | | | Branching Networks
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| | | Ebba | | | | Branching Properties
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| | | Ebbb | | | | Gas Diffusion
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| | Ebc | | | | Microcirculation
|
| | Ebd | | | | Flow in the Heart
|
| | | Ebda | | | | Heart Valves
|
| | | Ebdb | | | | Ventricular Assist Devices
|
| | | Ebdc | | | | Artificial Hearts
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| | Ebe | | | | Flow in the Lungs
|
| | Ebf | | | | Flow in the Kidneys
|
| | Ebg | | | | Flow in the Brain
|
| Ec | | | | Laser Uses
|
| | Eca | | | | Laser Scalpels
|
| | Ecb | | | | Lasers Lithotripsy
|
| Ed | | | | Ultrasound
|
| | Eda | | | | Ultrasonic Imaging
|
| | Edb | | | | HIFU
|
| | Edc | | | | Focussed Ultrasound
|
| | Edd | | | | Ultrasonic Lithotripsy
|
| | Ede | | | | Shockwave Lithotripsy
|
| Ee | | | | Nuclei Control
|
| | Eea | | | | Cellular Manipulation
|
| | Eeb | | | | Hyperbaric Oxygen
|
|
|
| K | | | | Fluid Flow Measurements
|
| Ka | | | |
Preparation for Experiments
|
| Kb | | | |
Design of Experiments
|
| Kc | | | |
Experimental Techniques
|
| | Kca | | | |
Introduction
|
| | Kcb | | | |
Auto- and Cross-Correlation
|
| | Kcc | | | |
Least Squares Fits
|
| Kd | | | |
Instrumentation
|
| | Kda | | | |
Introduction
|
| | Kdb | | | |
Flow Visualization
|
| | | Kdba | | | |
Introduction
|
| | | Kdbb | | | |
Flow Tracers
|
| | | Kdbc | | | |
Particle Image Velocimetry
|
| | | Kdbd | | | |
Optical Techniques
|
| | Kdc | | | |
Flow Rate and Velocity
|
| | | Kdca | | | |
Introduction
|
| | | Kdcb | | | |
Measurements using Bernoulli's Equation
|
| | | Kdcc | | | |
Electromagnetic Flow Meters
|
| | | Kdcd | | | |
Laser Velocimetry
|
| | | Kdce | | | |
Acoustic Doppler Velocimetry
|
| | | Kdcf | | | |
Vortex Shedding Flowmeter
|
| | Kdd | | | |
Pressure, Stresses and Sound
|
| | | Kdda | | | |
Introduction
|
| | | Kddb | | | |
Manometers
|
| | | Kddc | | | |
Strain Gauges
|
| | | Kddd | | | |
Pressure Transducers
|
| | | Kdde | | | |
Acoustic Pressures
|
| | Kde | | | |
Forces
|
| | | Kdea | | | |
Introduction
|
| | | Kdeb | | | |
Force Balances
|
| | Kdf | | | |
Acceleration and Vibration
|
| | Kdg | | | |
Other Fluid Measurements
|
| Ke | | | |
Some Facilities
|
| | Kea | | | |
Introduction
|
| | Keb | | | |
Wind Tunnels
|
| | Kec | | | |
Water Tunnels
|
| | Ked | | | |
Towing Tanks
|
| | Kee | | | |
Model Basins
|
|
|
| M | | | | Fluid Machinery
|
| Ma | | | | Introduction
|
| | Maa | | | | Introduction to Fluid Machinery
|
| | Mac | | | | Turbomachines
|
| | Mad | | | | Cavitation
|
| | Mae | | | | Unsteady Flows
|
| Mb | | | | Pumps
|
| | Mba | | | | Introduction to Pumps
|
| | Mbg | | | | Types of Pumps
|
| | | | | |
|
| | Mbb | | | |
Fluid Mechanics of Centrifugal and Axial Flow Pumps
|
| | | Mbbk | | |
| Introduction
|
| | | Mbba | | |
| Geometric Notation
|
| | | Mbbb | | |
| Cascades
|
| | | Mbbc | | |
| Flow Notation
|
| | | Mbbd | | |
| Specific Speed
|
| | | Mbbe | | |
| Pump Geometries
|
| | | Mbbf | | |
| Energy Balance
|
| | | Mbbg | | |
| Idealized Non-cavitating Pump Performance
|
| | | Mbbj | | |
| Four-quadrant Performance
|
| | | Mbbh | | |
| Pumps in Parallel
|
| | | Mbbk | | |
| Pumps in Series
|
| | | | | |
|
| | Mbc | | | | Two-dimensional Performance Analysis
|
| | | Mbca | | |
| Introduction
|
| | | Mbcb | | |
|
Linear Cascade Analyses
|
| | | Mbcc | | |
|
Deviation Angle
|
| | | Mbcd | | |
| Viscous Effects in Linear Cascades
|
| | | Mbce | | |
|
Radial Cascade Analyses
|
| | | Mbcf | | |
| Viscous Effects in Radial Flows
|
| | | | | |
|
| | Mbd | | | | Other Flow Features
|
| | | Mbdb | | |
| Three-Dimensional Flow Effects
|
| | | Mbdc | | |
| Radial Equilibrium Example
|
| | | Mbdd | | |
| Discharge Flow Management
|
| | | Mbde | | |
| Prerotation
|
| | | Mbdf | | |
| Other Secondary Flows
|
| | | | | |
|
| | Mbe | | | | Cavitation
|
| | | Mbea | | |
| Introduction
|
| | | Mbeb | | |
| Cavitation Parameters
|
| | | Mbec | | |
| Cavitation Inception
|
| | | Mbed | | |
| Scaling of Cavitation Inception
|
| | | Mbee | | |
| Pump Performance
|
| | | Mbef | | |
| Types of Impeller Cavitation
|
| | | Mbeg | | |
| Cavitation Inception Data
|
| | | Mbew | | |
| Cavitation Bubble Dynamics
|
| | | Mbeh | | |
| Cavitation Damage
|
| | | Mbex | | |
| Mechanism of Cavitation Damage
|
| | | Mbei | | |
| Cavitation Noise
|
| | | Mbej | | |
| Cavitating Pump Performance
|
| | | Mbem | | |
| Inducer Designs
|
| | | Mben | | |
| Inducer Performance
|
| | | Mbep | | |
| Effects of Inducer Geometry
|
| | | Mbeq | | |
| Analyses of Cavitation in Pumps
|
| | | Mber | | |
| Thermal Effect on Pump Performance
|
| | | Mbes | | |
| Free Streamline Methods
|
| | | Mbet | | |
| Supercavitating Cascades
|
| | | Mbeu | | |
| Partially Cavitating Cascades
|
| | | Mbev | | |
| Cavitation Performance Correlations
|
| | | | | |
|
| | Mbf | | | | Pump Vibration
|
| | | Mbfa | | |
| Introduction
|
| | | Mbfb | | |
| Frequencies of Oscillation
|
| | | Mbfc | | |
| Unsteady Flows
|
| | | Mbfd | | |
| Rotating Stall
|
| | | Mbfe | | |
| Rotating Cavitation
|
| | | Mbff | | |
| Surge
|
| | | Mbfg | | |
| Auto-oscillation
|
| | | Mbfh | | |
| Rotor-Stator Interaction: Flow Patterns
|
| | | Mbfi | | |
| Rotor-Stator Interaction: Forces
|
| | | Mbfj | | |
| Developed Cavity Oscillation
|
| | | Mbfk | | |
| Acoustic Resonances
|
| | | Mbfm | | |
| Blade Flutter
|
| | | Mbfn | | |
| Pogo Instabilities
|
| | | | | |
|
| | Mbh | | | | Jet Pumps
|
| | Mbi | | | | Compressors
|
| | Mbj | | | | Positive Displacement Pumps
|
| Mc | | | | Rotordynamics of Fluid Machinery
|
| | Mca | | | | Introduction
|
| | Mcb | | | | Notation
|
| | Mcc | | | | Hydrodynamic Bearings and Seals
|
| | Mcd | | | | Bearings at Low Reynolds Numbers
|
| | Mce | | | | Annulus at High Reynolds Numbers
|
| | Mcf | | | | Squeeze Film Dampers
|
| | Mcg | | | | Turbulent Annular Seals
|
| | Mch | | | | Labyrinth Seals
|
| | Mci | | | | Blade Tip Rotordynamic Effects
|
| | Mcj | | | | Steady Radial Forces
|
| | Mck | | | | Effect of Cavitation
|
| | Mcm | | | | Centrifugal Pumps
|
| | Mcn | | | | Moments and Lines of Action
|
| | Mcp | | | | Axial Flow Inducers
|
| Md | | | | Turbines
|
| | Mda | | | | Introduction |
| | Mdb | | | | Types of Turbines |
| | Mdc | | | | Pelton Wheel |
| | Mdd | | | | Impulse and Reaction Turbines
|
| | Mde | | | | Basic Fluid Mechanics of Turbines
|
| | Mdi | | | | Two-dimensional Analyses
|
| | Mdj | | | | Reaction Turbines
|
| | Mdf | | | | Propeller and Kaplan Turbines
|
| | Mdg | | | | Francis Turbine |
| | Mdh | | | | Cavitation in Turbines
|
| Me | | | | Fluid Couplings
|
| | Mea | | | | Introduction to Fluid Couplings
|
| | Meb | | | | Performance Analysis
|
| | Mec | | | | Reversible Fluid Coupling
|
| Mf | | | | Propellers
|
| | Mfa | | | | Introduction
|
| | Mfb | | | | Propellers
|
| | Mfc | | | | Performance
|
| | Mfd | | | | Efficiency
|
| | Mfe | | | | Propeller Cavitation
|
| | Mff | | | | Propeller Cavitation Damage
|
| | Mfg | | | | Cavitation Performance
|
| | Mfh | | | | Dynamic Characteristics
|
| Mg | | | | Flow Valves
|
| | Mga | | | | Hydraulic Valves |
| | Mgb | | | | Hydraulic Control
|
|
|
| N | | | | Multiphase Flow
|
| Na | | | | Introduction
|
| | Naa | | | | Scope
|
| | Nab | | | | Multiphase Flow Models
|
| | Nac | | | | Multiphase Flow Notation
|
| | Nad | | | | Size Distributions
|
| Nb | | |
| Equations of Motion
|
| | Nba | | | | Averaging
|
| | Nbb
| | | | Conservation of Mass
|
| | Nbc | | | | Number Continuity Equation
|
| | Nbd | | | | Fick's Law
|
| | Nbe | | | | Equations of Motion
|
| | Nbf | | | | Disperse Phase Momentum Equation
|
| | Nbg | | | | On Disperse Phase Interaction
|
| | Nbh | | | | Equations for Conservation of Energy
|
| | Nbi | | | | Heat Transfer between Separated Phases
|
| Nc | | |
| Interaction with turbulence
|
| | Nca | | | | Particle and Turbulence
|
| | Ncb | | | | Effect on Turbulence Stability
|
| Nd | | |
| On the equations of motion
|
| | Nda
| | | | Comments
|
| | Ndb
| | | | Averaging |
| | Ndc
| | | | Averaging Contributions to the Mean Motion
|
| | Ndd | | | | Averaging in Pipe Flows
|
| | Nde | | | | Modeling with the Combined Phase Equations
|
| | Ndf | | | | Mass, Force and Energy Interaction Terms
|
| Ne | | |
| Single particle motion
|
| | Nea | | | | Introduction
|
| | Neb | | | | Sphere Flow - High Reynolds Number
|
| | Nec | | | | Sphere Flow - Low Reynolds Number
|
| | Ned | | | | Molecular Effects
|
| | Nee | | | | Unsteady Particle Motions
|
| | Nef | | | | Effect of Concentration on Added Mass
|
| | Neg | | | | Unsteady Potential Flow
|
| | Neh | | | | Unsteady Stokes Flow
|
| | Nei | | | | Particle Equation of Motion
|
| | Nej | | | | Magnitude of Relative Motion
|
| | Nek
| | | | Effect of Concentration on Particle Motion
|
| | Nel | | | | Effect of Concentration on Particle Drag
|
| Nf | | |
|
Bubble or droplet translation
|
| | Nfa | | | | Introduction
|
| | Nfb | | | | Dimensional Analysis of Deformation due to Translation
|
| | Nfc | | | | Bubble Shapes and Terminal Velocities
|
| | Nfd | | | | Marangoni Effects
|
| | Nfe | | | | Bjerknes Forces
|
| | Nff
| | | | Growing Bubbles
|
| Ng | | |
|
Bubble growth and collapse
|
| | Nga | | | | Introduction |
| | Ngb | | | | Rayleigh-Plesset Equation
|
| | Ngc | | | | Bubble Contents
|
| | Ngd | | | | In the Absence of Thermal Effects
|
| | Nge | | | | Stability of Vapor/Gas Bubbles
|
| | Ngf
| | | | Thermal Effects on Growth
|
| | Ngg | | | | Thermally Controlled Growth
|
| | Ngh | | | | Cavitation and Boiling
|
| | Ngi | | | | Bubble Growth by Mass Diffusion
|
| | Ngj | | | | Bubble Natural Frequencies
|
| | Ngk | | | | Nonlinear Effects
|
| | Ngl | | | | Rectified Mass Diffusion
|
| Nh | | |
| Cavitation
|
| | Nha | | | | Introduction
|
| | Nhb | | | | Cavitation Inception
|
| | Nhc | | | | Cavitation Bubble Collapse
|
| | Nhd | | | | Shape during Bubble Collapse
|
| | Nhe | | | | Cavitation Damage |
| | Nhf | | | | Cavitating Bubble Shapes
|
| | Nhg | | | | Cavitation Noise
|
| | Nhh | | | | Cavitation Luminescence
|
| | Nhi | | | | Cavitation Chemistry
|
| | Nhj | | | | Vapor Explosions
|
| Nt | | |
| Cavitating Flows
|
| | Nta | | | | Introduction
|
| | Ntb | | | | Traveling Bubble Cavitation
|
| | Ntc | | | | Bubble Flow Interactions
|
| | Ntd | | | | Experimental Observations
|
| | Nte | | | | Large Scale Cavitation Structures
|
| | Ntf | | | | Vortex Cavitation
|
| | Ntg | | | | Cloud Cavitation
|
| | Nth | | | | Attached or Sheet Cavitation
|
| | Nti | | | | Cavitating Foils
|
| | Ntj | | | | Cavity Closure
|
| Nu | | |
| Free Streamline Flows
|
| | Nua | | | | Introduction
|
| | Nub | | | | Cavity Closure Models
|
| | Nuc | | | | Cavity Detachment Models
|
| | Nud | | | | Wall Effects and Choked Flows
|
| | Nue | | | | Steady Planar Flows
|
| | Nuf | | | | Some Nonlinear Results
|
| | Nug | | | | Linearized Methodsn
|
| | Nuh | | | | Flat Plate Hydrofoil
|
| | Nui | | | | Cavitating Cascades |
|
| | Nuj | | | | Three Dimensional Flows
|
| | Nuk | | | | Numerical Methods
|
| | Nul | | | | Unsteady Flows
|
| Ni | | |
| Boiling and Condensation
|
| | Nia | | | | Introduction
|
| | Nib | | | | Pool Boiling on Horizontal Surface
|
| | Nic | | | | Nucleate Boiling on Horizontal Surface
|
| | Nid | | | | Film Boiling on Horizontal Surface
|
| | Nie | | | | Leidenfrost Effect
|
| | Nif | | | | Boiling on Vertical Surface
|
| | Nig | | | | Film Boiling on Vertical Surface
|
| | Nih | | | | Condensation |
| | Nii
| | | | Film Condensation
|
| Nj | | |
| Flow patterns
|
| | Nja | | | | Multiphase Flow Patterns
|
| | Njb
| | | | Examples of Flow Regime Maps
|
| | Njc | | | | Slurry Flow Regimes
|
| | Njd | | | | Vertical Pipe Flow |
| | Nje | | | | Flow Pattern Classifications
|
| | Njf | | | | Disperse Phase Separation and Dispersion
|
| | Njg | | | | Example: Horizontal Pipe Flow
|
| | Njh | | | | Particle Size and Particle Fission
|
| | Nji | | | | Examples of Flow-determined Bubble Size
|
| | Njj | | | | Bubbly or Mist Flow Limits
|
| | Njk | | | | Other Bubbly Flow Limits
|
| | Njl | | | | Other Particle Size Effects
|
| | Njm | | | | Stability of Disperse Mixtures
|
| | Njn
| | | | Inhomogeneity Instability of Vertical Flows
|
| | Njo
| | | | Kelvin-Helmholtz Instability
|
| | Njp
| | | | Stratified Flow Instability
|
| | Njq
| | | | Annular Flow Instability
|
| Nk | | |
| Energy conversion
|
| | Nka | | | | Introduction
|
| | Nkb
| | | | Disperse Horizontal Flow Friction
|
| | Nkc | | | | Homogeneous Flow Friction
|
| | Nkd | | | | Heterogeneous Flow Friction
|
| | Nke | | | | Vertical Flow Friction
|
| | Nkf | | | | Two Component Separated Flow Friction
|
| | Nkg | | | | Friction with Phase Change
|
| | Nkh | | | | Multiphase Flow in Pumps
|
| Nl | | |
| Homogeneous Flows
|
| | Nla | | | | Introduction
|
| | Nlb | | | | Sonic Speed
|
| | Nlc | | | | Sonic Speed at Higher Frequencies
|
| | Nld | | | | Sonic Speed with Phase Change
|
| | Nle | | | | Barotropic Relations
|
| | Nlf | | | | Nozzle Flows
|
| | Nlg | | | | Vapor/Liquid Nozzle Flow
|
| | Nlh | | | | Condensation Shocks
|
| Nm | | |
| Flows with bubble dynamics
|
| | Nma
| | | | Introduction |
| | Nmb
| | | | Basic Equations
|
| | Nmc
| | | | Acoustics of Bubbly Mixtures
|
| | Nmd
| | | | Comparison with Experiments
|
| | Nme
| | | | Normal Shock Waves in Bubbly Flows
|
| | Nmf
| | | | Shock Waves Structure
|
| | Nmg
| | | | Oblique Shock Waves
|
| | Nmh
| | | | Spherical Bubble Cloud Modes
|
| | Nmi
| | | | Spherical Bubble Cloud Response
|
| Nn | | |
| Flows with gas dynamics
|
| | Nna | | | | Introduction |
| | Nnb | | | | Equations for a Dusty Gas
|
| | Nnc
| | | | Homogeneous Flow with Gas Dynamics
|
| | Nnd
| | | | Velocity and Temperature Relaxation
|
| | Nne | | | | Normal Shock Wave
|
| | Nnf
| | | | Acoustic Damping
|
| | Nng
| | | | Linear Stability of Laminar Flow
|
| | Nnh
| | | | Flow over a Wavy Wall
|
| | Nni | | | | Small Slip Perturbation
|
| No | | |
| Sprays
|
| | Noa | | | | Introduction
|
| | Nob | | | | Ocean Spray
|
| | Noc | | | | Spray Formation by Bubbling
|
| | Nod | | | | Spray Formation by Wind Shear
|
| | Noe | | | | Spray Formation by Initially Laminar Jets
|
| | Nof | | | | Spray Formation by Turbulent Jets
|
| | Nog | | | | Single Droplet Mechanics
|
| | Noh | | | | Single Droplet Combustion
|
| | Noi | | | | Spray Combustion
|
| Np | | |
| Granular flows
|
| | Npa | | | | Introduction
|
| | Npb | | | | Particle Interaction Models
|
| | Npc | | | | Computer Simulations
|
| | Nps | | | | Wave Propagation
|
| | Npt | | | | Effects of Vibration
|
| | Npu | | | | Soil Liquefaction
|
| | Npd | | | | Flow Regimes
|
| | Npe | | | | Flow Regime Rheologies
|
| | Npf | | | | Flow Regime Boundaries
|
| | Npg | | | | Slow Granular Flow |
| | Nph | | | | Mohr-Coulomb Models
|
| | Npi | | | | Hopper Flows
|
| | Npj | | | | Rapid Granular Flow
|
| | Npk | | | | Examples of Rapid Flow Equations
|
| | Npl | | | | Boundary Conditions
|
| | Npm | | | | Rapid Flow Simulations
|
| | Npq | | | | Chute Flows
|
| | Npr | | | | Heat Transfer
|
| | Npn | | | | Effect of Interstitial Fluid
|
| | Npo | | | | Particle Collisions
|
| | Npp | | | | Classes of Interstitial Fluid Effects
|
| Nq | | |
| Drift flux models
|
| | Nqa | | | | Introduction
|
| | Nqb | | | | Drift Flux Method |
| | Nqc | | | | Vertical Pipe Flow
|
| | Nqd | | | | Fluidized Bed
|
| | Nqe | | | | Pool Boiling Crisis
|
| | Nqf | | | | Corrections for Pipe Flows
|
| Nr | | |
| System instablities
|
| | Nra | | | | Introduction |
| | Nrb | | | | System Structure
|
| | Nrc | | | | Quasistatic Stability
|
| | Nrd | | | | Turbomachine Surge
|
| | Nre | | | | Ledinegg Instability
|
| | Nrf | | | | Geyser Instability
|
| | Nrg | | | | Concentration Waves
|
| | Nrh | | | | Dynamic Instabilities
|
| | Nri | | | | Cavitation Surge in Pumps
|
| | Nrj | | | | Chugging and Condensation Oscillations
|
| | Nrk | | | | Unsteady Internal Flow Methods
|
| | Nrl | | | | Transfer Functions
|
| | Nrm | | | | Uniform Homogeneous Flow
|
| | Nrp | | | | Non-Cavitating Pumps
|
| | Nrq | | | | Cavitating Inducers
|
| | Nrt | | | | Bubbly Flow Model for Cavitating Inducers
|
| | Nrr | | | | Cavitating Turbine
|
| | Nrs | | | | Cavitating Propeller
|
| Ns | | |
| Kinematic waves
|
| | Nsa | | | | Introduction
|
| | Nsb | | | | Kinematic Wave Analysis
|
| | Nsc | | | | Kinematic Wave Speed at Flooding
|
| | Nsd | | | | Kinematic Waves in Steady Flows
|
| | Nse | | | | Kinematic Shock Waves
|
| | Nsf | | | | Kinematic Shock Stability
|
| | Nsg | | | | Compressibility and Phase Change Effects
|
| | Nsh | | | | Batch Sedimentation
|
| | Nsi | | | | Dynamics of Cavitating Pumps
|
| | Nsj | | | | Two-dimensional Shocks
|
|
|
| O | | | | Numerical Methods
|
| Oa
| | | | Numerical Methods
|
| Ob
| | | | Boundary Integral Methods
|
| Oc
| | | | Finite Difference Methods
|
| Od
| | | | Finite Differences Example
|
| Oe
| | | | Finite Element Methods
|