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Liquid Mechanics & Fluid Power Notes VSSUT|FMFP Notes VSSUT
FMFP Notes VSSUT are listed here:
Link: Complete Notes
Component – 1
Liquid
One, 2 and 3 dimensional circulations, Non-Newtonian Fluids
Sources of Viscosity, Fluid as a continuum, Velocity area, One,
2 and 3 dimensional circulations, Stress Field, Viscosity, Newtonian Fluids,
Non-Newtonian Fluids, Causes of Viscosity, Vapor Pressure,
Surface Tension, Analysis Techniques, Flow patterns,
Link: Module – 1
Component – 2
LIQUID STATICS
Stress variant in a fixed liquid, Multi Fluid Manometer
Inclined Tube manometer, The fundamental formulas of liquid statics:
Hydrostatic Force on the airplane surface area which is inclined at an angle ” to straight complimentary surface area
Principle of stress prism, Hydrostatic Force on a bent immersed surface area: Fluids in Rigid-Body Motion
Theoritical Determination of Metacentric Height:
Link: Module – 2
Component – 3
INTRO TO DIFFERENTIAL ANALYSIS OF FLUID MOTION
Preservation of mass/continuity formula, MOMENTUM EQUATION
Stream feature for 2 dimensional incompressible circulation
Differential evaluation of liquid movement, Mass changes, MOMENTUM EQUATION
ENERGY EQUATION, Stream feature for 2 dimensional incompressible circulation,
Stream Function circulation behind-the-scenes, INCOMPRESSIBLE INVISCID FLOW,
Momentum formula for smooth circulation: Euler’s formulas,
Euler’s formulas in enhance co-ordinates
Web link: Module – 3
Component – 4
Hydraulic Machines-Turbines
According to the kind of power at inlet, Specific rate and wheel geometry
Evaluation of pressure on the container and power generation, Govering of Pelton Turbine
Restriction of a Pelton Turbine, Reaction Turbine Francis Turbine, Guide or Stay vane,
Draft tube, Runner of the Francis Turbine, KAPLAN TURBINE,
Cavitation in response generators
Efficiency Characteristics of Reaction Turbine,
Comparison of Specific Speeds of Hydraulic Turbines
Web link: Module – 4
Component – 5
Pumps
Centrifugal Pumps, Slip Factor, Losses in a Centrifugal Pump
General Pumping System and the Net Head Developed by a Pump
