Hydraulic Engineering - Vol 1 | 1. Basics of Fluid Mechanics – I by Abraham | Learn Smarter
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1. Basics of Fluid Mechanics – I

1. Basics of Fluid Mechanics – I

The chapter covers the fundamental concepts of fluid mechanics, including properties such as viscosity, density, and specific weight. It explains the significance of these properties in understanding fluid behavior under various conditions, including static and dynamic states. Basic equations and dimensions related to fluid properties are also introduced, along with practical applications and problem-solving examples involving viscosity and shear stress.

11 sections

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Sections

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  1. 1
    Basics Of Fluid Mechanics – I

    This section introduces fundamental fluid properties, defining key...

  2. 1.1
    Fluid Properties

    This section covers the fundamental properties of fluids, including...

  3. 1.2
    Important Quantities And Symbols

    This section defines key quantities and symbols used in hydraulic...

  4. 1.3
    Definition Of A Fluid

    This section introduces the definition of a fluid, highlighting its...

  5. 1.4
    Density And Specific Weight

    This section covers the concepts of density and specific weight, their...

  6. 1.5
    Fluid Deformation Between Parallel Plates

    This section discusses the fundamental concepts of fluid deformation between...

  7. 1.6
    Shear Stress

    This section discusses the concept of shear stress in fluids, its...

  8. 1.7
    Fluid Viscosity

    This section discusses fluid viscosity, exploring its definition, behavior...

  9. 1.8
    Role Of Viscosity In Statics And Dynamics

    This section explores the significance of viscosity in fluid statics and...

  10. 1.9
    Dynamic And Kinematic Viscosity

    This section covers the definitions and relationships of dynamic and...

  11. 1.10
    Example Problems On Shear Stress And Terminal Velocity

    This section explores key concepts of shear stress and terminal velocity...

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