Contents of Schaum’s Outlines of Fluid Mechanics PDF

CHAPTER 1. Fundamental Info 

• Introduction 
• Dimensions, Models, and Bodily Portions 
• Gases and Liquids 
• Stress and Temperature 
• Properties of Fluids 
• Thermodynamic Properties and Relationships

CHAPTER 2. Fluid Statics 

• Introduction 
• Stress Variation 
• Manometers 
• Forces on Airplane and Curved Surfaces 
• Accelerating Containers

CHAPTER 3. Fluids in Movement 

• Introduction 
• Fluid Movement 
• Lagrangian and Eulerian Descriptions 
• Pathlines, Streaklines, and Streamlines 
• Acceleration 
• Angular Velocity and Vorticity 
• Classification of Fluid Flows 
• Uniform, One-, Two-, and Three-Dimensional Flows 
• Viscous and Inviscid Flows 
• Laminar and Turbulent Flows 
• Incompressible and Compressible Flows 
• Bernoulli’s Equation

CHAPTER 4. The Integral Equations 

• Introduction 
• System-to-Management-Quantity Transformation 
• Conservation of Mass 
• The Power Equation 
• The Momentum Equation

CHAPTER 5. Differential Equations 

• Introduction 
• The Differential Continuity Equation 
• The Differential Momentum Equation 
• The Differential Power Equation

CHAPTER 6. Dimensional Evaluation and Similitude 

• Introduction 
• Dimensional Evaluation 
• Similitude

CHAPTER 7. Inside Flows 

• Introduction 
• Entrance Circulation 
• Laminar Circulation in a Pipe 
• The Elemental Method 
• Making use of the Navier–Stokes Equations 
• Portions of Curiosity 
• Laminar Circulation Between Parallel Plates 
• The Elemental Method 
• Making use of the Navier–Stokes Equations 
• Portions of Curiosity 
• Laminar Circulation between Rotating Cylinders 
• The Elemental Method 
• Making use of the Navier–Stokes Equations 
• Portions of Curiosity 
• Turbulent Circulation in a Pipe 
• The Semi-Log Profile 
• The Energy-Regulation Profile 
• Losses in Pipe Circulation 
• Losses in Noncircular Conduits 
• Minor Losses 
• Hydraulic and Power Grade Strains 
• Open Channel Circulation

CHAPTER 8. Exterior Flows 

• Introduction 
• Circulation Round Blunt Our bodies 
• Drag Coefficients 
• Vortex Shedding 
• Cavitation 
• Added Mass 
• Circulation Round Airfoils 
• Potential Circulation 
• Fundamentals 
• A number of Easy Flows 
• Superimposed Flows 
• Boundary-Layer Circulation 
• Basic Info 
• The Integral Equations 
• Laminar and Turbulent Boundary Layers 
• Laminar Boundary-Layer Differential Equations

CHAPTER 9. Compressible Circulation 

• Introduction 
• Velocity of Sound 
• Isentropic Nozzle Circulation 
• Regular Shock Waves 
• Indirect Shock Waves 
• Growth Waves

CHAPTER 10. Circulation in Pipes and Pumps 

• Introduction 
• Easy Pipe Methods 
• Losses 
• Hydraulics of Easy Pipe Methods 
• Pumps in Pipe Methods 
• Pipe Networks 
• Community Equations 
• Hardy Cross Technique 
• Laptop Evaluation of Community Methods 
• Unsteady Circulation 
• Incompressible Circulation 
• Compressible Circulation of Liquids

Preface to Schaum’s Outlines of Fluid Mechanics PDF

This guide is meant to accompany a textual content utilized in that first course in fluid mechanics which is required in all mechanical engineering and civil engineering departments, in addition to a number of different departments.

It supplies a succinct presentation of the fabric in order that the scholars extra simply perceive these troublesome elements.

If an expanded presentation isn’t a necessity, this guide can be utilized as the first textual content. We have now included all derivations and quite a few functions, so it may be used with no supplemental materials.

A options guide is out there from the authors at [email protected] We have now included a derivation of the Navier–Stokes equations with a number of solved flows.

It’s not needed, nonetheless, to incorporate them if the basic strategy is chosen. Both methodology can be utilized to check laminar stream in pipes, channels, between rotating cylinders, and in laminar boundary layer stream.

The fundamental rules upon which a examine of fluid mechanics is predicated are illustrated with quite a few examples, solved issues, and supplemental issues which permit college students to develop their problem-solving expertise.

The solutions to all supplemental issues are included on the finish of every chapter. All examples and issues are offered utilizing SI metric items.

English items are indicated all through and are included within the Appendix.

The arithmetic required is that of different engineering programs besides that required if the examine of the Navier–Stokes equations is chosen the place partial differential equations are encountered.

Some vector relations are used, however not at a stage past most engineering curricula.

It’s not possible to put in writing an error-free guide, but when we’re made conscious of any errors, we are able to have them corrected in future printings. Subsequently, ship an e mail if you discover one.

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