http://www.loc.gov/mods/v3 http://www.loc.gov/standards/mods/v3/mods-3-2.xsd
1 online resource (700 pages) : illustrations.
A. Contributors -- B. Preface -- 1. Introduction -- References -- 2. Fluid properties -- Fluid density -- Viscosity -- Surface tension -- References -- 3. Fluid flow and thermodynamics -- Thermodynamic properties -- Thermodynamic processes -- Sonic velocity and choking flow -- Flash calculations -- References -- 4. Fluid statics -- Fluid pressure -- Pressure measuring concepts and devices -- Forces acting on submerged bodies -- Buoyant forces -- References -- 5. Fluid flow: fundamental concepts -- Flow classification -- Continuity of flow -- Bernoulli equation -- Total energy line and hydraulic line -- Dimensionless groups and dimensional analysis -- References -- 6. The general equations -- Introduction -- Derivation of the continuity equation -- Derivation of the equation of motion -- Derivation of the general energy equation -- Summary -- References -- 7. Applications of the equations of change -- Introduction -- Application to previously discussed problems -- Additional illustrations of the use of the equation of change -- The equations of change as an aid to dimensional analysis -- Solutions of the equations of change -- Summary -- References -- 8. Incompressible flow -- Bernoulli's equation -- Fluid-wall friction loss (fw) -- Fitting friction loss (ff) -- Contraction/enlargement friction loss (fc/fe) -- Complete working form of bernoulli's equation -- Simplified version?darcy's formula -- Flow in non-circular pipe -- Economic pipe diameters and economic velocity -- Problem solving strategy -- Example calculations -- References -- 9. Flow of gases in pipes and ducts -- Bernoulli equation in gas flow -- Gas pressure drop: simplified models -- Temperature change?simplified methods -- Rigorous compressible pipe-flow model -- Molecular (vacuum) flow -- Noncircular flow -- References -- 10. Flow minor losses -- Resistance representations -- Resistance in elbows and bends -- Resistance in pipe entrances and exits -- Resistance in pipe reducers and expanders -- Resistance in pipe tees -- Flow resistance in valves -- References -- 11. Hydrodynamics of vapor-liquid two-phase flow -- Two-phase flow terminology -- Prediction of flow regime -- Prediction of liquid holdup (liquid-phase volume fraction) -- Prediction of pressure drop -- Gas-liquid pressure drop prediction algorithm -- References -- 12. Non-newtonian fluids -- Introduction -- Definitions -- Rheological classification -- Viscosity measurement -- Classification and models for non-newtonian viscous behavior -- Laminar pipe flow -- Turbulent pipe flow -- Turbulent drag reduction in viscoelastic polymer solutions -- Flow in valves and fittings -- Particle drag in non-newtonian fluids -- References -- 13. Two-phase flow: liquid-solid and gas-solid flow -- Definitions -- Fluid-solid two-phase pipe flows -- Paper pulp suspensions -- References -- 14. Molecular flow -- The molecular description of a gas -- Free molecule or collisionless flow -- Transition regime flow -- References -- 15. Flow metering -- What is flow metering? -- Basics of flow metering -- Basic principles of flow metering -- Physical properties of fluids and dimensional units -- Nondimensional parameters and flowing conditions -- Linear velocity meter -- Differential pressure type meter -- Positive displacement meter -- Direct mass meter -- Energy meter -- Other types of meters -- Multi-phase meter (mpm) -- Installation requirements and maintenance -- Performance of flowmeters -- General considerations and selection criteria -- Acknowledgments.
16. Flow control -- Flow control fundamentals -- Flow sensor -- Flow control actuator -- Flow controller -- Flow control schemes -- Mass flow controller -- Other flow control topics -- References -- Related web sites -- 17. Fluid machines -- Introduction -- Fluid machine types -- Performance and application -- References -- 18. Fluid flow networks -- Network component definitions -- Network conventions and variables -- Network system equations -- Mathematical solution of the network system of equations -- References -- 19. Flow in open channels -- Introduction -- Steady uniform open-channel flow -- Open-channel design -- Steady non-uniform open-channel flow -- Gradually varied flow profiles -- Hydraulic structures in open-channels -- Sewer design -- References -- 20. Flow past immersed objects -- Introductory concepts -- Boundary layers -- Drag -- Lift -- References -- 21. Transport phenomena in porous media -- Introduction -- Description of porous media and model approach -- Shell balance derivation of equations -- Equations for non-oriented porous media -- The balance equations in rectangular and cylindrical coordinates -- Isothermal permeable flows in porous media -- Conduction and species diffusion in porous media -- Conclusions -- Variables -- Acknowledgment -- References -- 22. Fluid transients -- Introduction -- Governing equations for unsteady flows in closed conduits -- Numerical methods -- Hydraulic transients caused by centrifugal pumps -- Free surface-pressurized transient flows -- Resonance and self excited vibrations -- Control of water hammer and surges -- References -- 23. Flow hydrodynamics in chemical processing units -- Reactors -- Heat exchangers -- Mass transfer equipment -- Mixers -- References -- 24. An introduction to computational fluid dynamics -- Introduction -- Mathematical formulation -- Techniques for numerical discretization -- Solving the fluid dynamic equations -- Basic solution techniques -- Building a mesh -- References -- 25. Corrosion and erosion in pipes -- Introduction -- Flow basics related to corrosion and erosion -- Corrosion and erosion in pipes -- Enhanced corrosion in pipes -- Prevention and control -- Summary -- References -- 26. Blood flow dynamics -- Introduction -- Cardiac function -- The windkessel model -- Flow in a straight tube -- Effect of vessel geometry -- Arterial and venous blood flow -- Non invasive clinical techniques for flow characterization and quantification -- Conclusion -- Variable definitions and other conventions -- References -- 27. Heat transfer in pipe flow -- Heat transfer processes -- Fluid temperature profile at entrance region versus fully-developed region -- Mean temperature -- Constant surface temperature (cst) versus constant heat flux (chf) -- Laminar flow versus turbulent flow -- Heat transfer coefficient -- Equations for heat transfer coefficient calculation -- References -- 28. Micro and nano flows -- Introduction -- Micro and nano flow systems: a brief review -- Classification of micro and nano flows -- Experimental study of micro and nano flows -- Theoretical and numerical methods for dilute gaseous flows -- Theory and numerical methods for dense gases and liquids -- References -- 29. Flow assurance -- Variable definitions and other conventions -- Introduction -- Hydrates -- Waxes -- Asphaltenes -- Other concerns -- Reference -- 30. Drag reduction by polymer additives to turbulent flow systems -- Introduction -- History -- Onset -- Friction factors -- Maximum flow asymptote -- Velocity profiles -- Scale-up -- Polymers -- Degradation -- Applications -- References -- 31. Turbulent flow -- Characteristics of turbulent flows -- Statistical description of turbulence -- The fine structure of turbulence -- Correlations, scales and spectra -- Boundary-free turbulent flows -- Wall-bounded turbulent flows -- Coherent structures -- Turbulence modeling and computation -- The measurement of turbulence -- References.
Electronic reproduction. New York, N.Y. : McGraw Hill, 2002. Mode of access: World Wide Web. System requirements: Web browser. Access may be restricted to users at subscribing institutions.
Mode of access: Internet via World Wide Web.
Includes bibliographical references and index.
New York, N.Y. : McGraw-Hill Education, 2002