Fundamentals of Fluid Mechanics PDF VSSUT – FFM PDF VSSUT of Total Complete Notes
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Link: Complete Notes
Fundamentals of Fluid Mechanics Notes VSSUT – FFM Notes VSSUT
Module – 1
Fluid as a continuum
Velocity field, Stress Field, Viscosity, Newtonian Fluids, Causes of Viscosity,
Vapor Pressure, Surface Tension, Basic flow Analysis Techniques,
Control – volume or integral analysis, Infinitesimal system or differential analysis,
Experimental or dimensional analysis, Flow patterns
Link: Module – 1
Module – 2
FLUID STATICS
The basic equations of fluid statics, Pressure variation in a static fluid,
Multi Fluid Manometer, Inclined Tube manometer,
Hydrostatic Force on the plane surface which is inclined at an angle ‘’ to horizontal free surface,
Concept of pressure prism, Hydrostatic Force on a curved submerged surface,
Fluids in Rigid – Body Motion, Liquid in rigid body motion with constant angular speed
Stability of submerged Bodies, Theoritical Determination of Metacentric Height
Floating Bodies Containing Liquid:- Period of oscillation:
Link: Module – 2
Module – 3
INTRODUCTION TO DIFFERENTIAL ANALYSIS OF FLUID MOTION
Differential analysis of fluid motion, Conservation of mass /continuity equation,
MOMENTUM EQUATION, Newtonian fluid :- Navier – stokes equation,
Stream function for two dimensional incompressible flow, Fluid rotation,
INCOMPRESSIBLE INVISCID FLOW, Momentum equation for frictionless flow:
Euler’s equations: Euler’s equations in streamline co-ordinates,
Bernoulli’s equation: Integration of Euler’s equation along a stream line for steady flow
( Derivation using stream line co – ordinates )
Unsteady Bernoulli’s equation( Integration of Euler’s equation along a stream line):
Bernoulli’s equation using rectangular coordinates: HGL and EGL
Link: Module – 3
Module – 4
Head loss – the friction factor
Flow through Branched pipes, Sudden Enlargement, MEASUREMENT OF FLOW RATE THROUGH PIPE,
Link: Module – 4
Module – 5
Flow Over Notches & Weirs
Trapezoidal Notch, Water hammer, Specific Energy Critical Depth
