Content:
• Introduction and Properties of Fluids • Fluid Pressure and its Measurement • Hydrostatics • Applications of Hydrostatics • Equilibrium of Floating Bodies • Hydro-Kinematics (or Fluid Kinematics) • Hydro-Dynamics (or Fluid Dynamics) (Bernoulli’s & Euler’s Equations and Their Applications) • Flow Through Orifices (Measurement of Discharge) • Flow Through Orifices (Measurement of Time) • Flow Through Mouthpieces • Flow Over Notches • Flow Over Weirs • Flow Through Simple Pipes • Flow Through Compound Pipes • Flow Through Nozzles • Uniform Flow Through Open Channels • Non-Uniform Flow Through Open Channels • Viscous Flow (Laminar Flow-I) • Viscous Resistance (Laminar Flow-II) • Fluid Masses Subjected to Acceleration • Vortex Flow • Mechanics of Compressible Flow • Compressible Flow of Fluids • Flow Around Immersed Bodies (Drag & Lift) and Boundary Layer Theory • Dimensional Analysis • Model Analysis (Undistorted Models) • Model Analysis (Distorted Models) • Non-Dimensional Constants • Impact of Jets • Jet Propulsion • Water Wheels • Impulse Turbines • Reaction Turbines • Performance of Turbines • Centrifugal Pumps • Reciprocating Pumps • Performance of Pumps • Pumping Devices • Hydraulic Systems (Miscellaneous Hydraulic Machines)