Chapter 1
Introduction
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In this chapter you have learned about fluid, how it is different from solids. you have studied bout continuum concept, fluid properties, what is viscosity and the impact of temperate on viscosity, ideal fluid, Newtonian and non Newtonian fluid,
concept of comprehensibility. when a fluid is said compressible and incompressible fluid and flow, surface tension and capillarity.
Chapter 2Fluid Statics
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Brief Summary of this chapter
In this chapter you have studied about forces on fluid elements,fundamental equation of fluid statics, Pascals law, Toricelli's Principle, Pressure measuring instruments, Hydrostatic thrust on submerged surfaces, Buoyancy, Stability of Unconstrained bodies in fluid and determination of metacentic height.
Chapter 3Kinematics of Fluids---------------------------------------------------------------------------
Brief Summary of this chapter
This chapter tlaks of Scalar and Vector Fields, Lagrangian and Eulerian method of fluid motion description, Material derivative and Acceleration, Stream Path and Streak lines, Translation rotation and rate of deformation of fluid element, Vorticity and existence of flow.
Chapter 4
Conservation equations and Analysis of Finite control Volumes
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Brief Summary of this chapter
This chapter starts with the definition of System, conservation of mass and derivation of continuity equation, stream function and its physical significance, Reynolds Transport Theorem, conservation of Linear and Angular momentum for both inertial and non inertial frames, analysis of finite control volume, Euler's equation for ideal fluid, conservation of energy, Bernoulli's equation and head loss.
Chapter 6Principles of Physical Similarity and Dimensional Analysis---------------------------------------------------------------------------------
Brief Summary of this chapter
This chapter talks of concept of physical similarity, few non dimensional numbers, Buckingham's Pi theorem and Rayleigh's indicial method.
Chapter 8Viscous Incompressible Flows-------------------------------------------------------------------------------
Brief Summary of this chapter
This chapter contains derivation of N-S equation, Exact solutions of Navier-Stokes equations(Couette Flow, Hagen Poiseuille flow and Plane Piseuille flow), Flow between tow concentric Rotating Cylinders.
Note: These solutions are of Second Edition
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