Fluid Mechanics in Channel, Pipe and Aerodynamic Design Geometries 1

Name: Fluid Mechanics in Channel, Pipe and Aerodynamic Design Geometries 1
Brand: Wiley
Price: 139.99 EUR
Availability: OnlineOnly

Christina G. Georgantopoulou George A. Georgantopoulos(Autor*in)

Wiley (Verlag)

1. Auflage

Erschienen am 16. April 2018

416 Seiten

E-Book

PDF mit Adobe-DRM

Systemvoraussetzungen

978-1-119-52236-2 (ISBN)

139,99 €inkl. 7% MwSt.

Systemvoraussetzungen

für PDF mit Adobe-DRM

E-Book Einzellizenz

Als Download verfügbar

Beschreibung

Weitere Details

Weitere Ausgaben

Inhalt

Cover
Half-Title Page
Dedication
Title Page
Copyright Page
Contents
Preface
Introduction
1. Fundamental Principles in Fluids
1.1. Introduction
1.2. Incompressible and compressible fluids
1.3. Fluid properties
1.3.1. Density (?)
1.3.2. Specific weight (?)
1.3.3. Relative density
1.3.4. Pressure
1.3.5. Compressibility
1.3.6. Viscosity
1.3.7. Specific volume
1.4. Surface tension
1.5. Surface tension applications
1.6. Capillarity effect
1.7. Newtonian and non-Newtonian fluids
1.8. Vapor pressure
1.9. Cavitation
1.10. Formulae
1.11. Questions
1.12. Problems with solutions
1.13. Problems to be solved
2. Hydrostatics
2.1. Introduction
2.2. Basic law of hydrostatic pressure
2.3. Law of communicating vessels
2.4. Forces applied by fluids on flat surfaces
2.4.1. Forces applied on the horizontal bottom of a vessel
2.4.2. Forces applied on the flat side walls of a vessel
2.5. Forces applied by fluids on curved surfaces
2.6. Archimedes' principle
2.7. Consequences of Archimedes' principle
2.7.1. Fully immersed body
2.7.2. Partially immersed (floating) body
2.8. Formulae
2.9. Questions
2.10. Problems with solutions
2.11. Problems to be solved
3. Aerostatics
3.1. Introduction
3.2. General characteristics of gases
3.3. Pressure applied by air
3.3.1. Pressure caused by the motion of gas molecules
3.3.2. Pressure caused by the weight of gases
3.4. Buoyancy: Archimedes' principle
3.4.1. Apparent weight of a body
3.5. Hot air balloons
3.6. Lifting force of a hot air balloon
3.7. Basic aerostatic law
3.8. Gas pressure variations: the Boyle-Mariotte law
3.8.1. The Boyle-Mariotte law
3.9. Changes in gas density
3.10. The atmosphere
3.10.1. International Standard Atmosphere (ISA)
3.11. Formulae
3.12. Questions
3.13. Problems with solutions
3.14. Problems to be solved
4. Fluid Flow
4.1. Introduction
4.2. Flow field
4.3. Fluid velocity
4.4. Fluid's acceleration
4.4.1. Steady and unsteady flows
4.4.2. Compressible and incompressible flows
4.4.3. Subsonic and supersonic flows
4.5. Streamlines
4.6. Mass conservation (continuity equation)
4.7. Continuity equation for flow in pipes
4.8. Energy conservation for incompressible flows (Bernoulli equation)
4.9. Applications of the Bernoulli law
4.9.1. Venturi tube
4.9.2. Pitot tube
4.10. Euler equations
4.11. Navier-Stokes equations
4.12. Formulae
4.13. Questions
4.14. Problems with solutions
4.15. Problems to be solved
5. Flow in Pipes
5.1. Introduction
5.2. Physical quantities
5.3. Laminar and turbulent flows in pipes
5.3.1. Reynolds number in pipes
5.3.2. Average velocity and velocity distribution
5.3.3. Shear stress in a horizontal cylindrical pipe
5.3.4. Pressure drop in a horizontal cylindrical pipe
5.3.5. Pressure drop in a horizontal non-cylindrical pipe
5.3.6. Shear stress T0 and friction coefficient f
5.3.7. Pressure drop and friction coefficient relationship for a horizontal pipe
5.4. Basic equations
5.4.1. Continuity equation
5.4.2. Energy equation (Bernoulli equation)
5.5. Friction coefficient of a laminar flow of real fluid in a horizontal cylindrical pipe
5.5.1. Inlet conditions
5.6. Turbulent flow in pipes
5.6.1. Turbulent flow in smooth pipes
5.6.2. Turbulent flow in pipes with roughness
5.6.3. The Moody diagram
5.6.4. Calculation of relative roughness
5.6.5. Empirical expressions for the friction coefficient
5.6.6. Minor local losses
5.6.7. K values
5.6.8. Valves and other devices
5.6.9. Total losses
5.6.10. Solution of flow problems in pipes
5.7. Categories of pipes' flow problems
5.7.1. A' category flow problems
5.7.2. B' category flow problems
5.7.3. C' category flow problems
5.8. Pipes' flow problems: numerical work examples
5.8.1. A' category
5.8.2. B' category
5.8.3. C' category
5.9. Energy and hydraulic grade lines
5.10. Incompressible, viscid flow in connected pipes
5.10.1. Simple pipelines
5.10.2. Pipes connected in a row
5.10.3. Parallel connection of pipes
5.10.4. Mixed pipe connection
5.10.5. Pipe branches
5.11. Simple applications of pipeline networks
5.11.1. Simple pipeline
5.11.2. Pipes in a row
5.11.3. Pipes in parallel
5.11.4. Mixed pipe network
5.11.5. Problem of the three tanks
5.12. Formulae
5.13. Questions
5.14. Problems with solutions
5.15. Problems to be solved
Appendices
Appendix 1: Symbols and Units
Appendix 2: Tables and Diagrams of Natural Values
Appendix 3: Symbols and Basic Conversion Factors
Bibliography
Index
Other titles from iSTE in Science, Society and New Technologies
EULA

Systemvoraussetzungen

Als PDF speichern Als Link merken