1. Fluid Mechanics 130602 Fluid Statics Fluid Dynamics LectureParticleTotalMidTW/VivaGTU ExTotal 325 hr305070150

2. Chapter:1 Introduction  Different : Types and Properties  Fluid as Continuum  Control Volume Concept

3. Chapter:2 Hydrostatics: Phase I:  Pressure and its measurement  Fluid pressure at point  Pascal’s law  Pressure and it’s relation with height  Atmospheric, Absolutes Gauge and Negative pressure  Measurement of pressure through Piezo-Meter and  Various types of Manometer Phase II:  Total pressure, Intensity of pressure, Centre of pressure on horizontal, vertical, inclined and curved surface

4. Phase III:  Buoyancy  Center at Buoyancy  Meta centre and Meta Centre Height  Condition of equilibrium of floating and submearge body  Experimental and analytical method to determine MCH  Pressure in case of accelerated rigid body motion

5. Chapter:3 Kinematics of Fluid  Methods of describing fluid motion  Types of motion, Inviscid flows, Velocity and acceleration  Continuity equation  Potential flows  Velocity Potential and stream function  Flow net-Circulation and vorticity  Sink and doublet

6. Chapter:4 Fluid Dynamics  Types of forces  Forces influencing fluid motion-energy and head-energy correction factor  Euler and Bernoulli’s equations  Application of Bernoulli’s equation  Flow measurement  Linear momentum equation  Momentum correction factor  Application of momentum equation.

7. Chapter:5 Flow through Pipes  Introduction  Loss of energy in pipe  Major and Minor losses of energy in pipes  Hydraulic gradient  Total energy line  Pipes in series  Pies in parallel  Flow through branched pipes  Hydraulic transmission of power

8. Chapter:6 Measurement of Flow Phase I: (Orifice & Mouth pices)  Classification  Hydraulic coefficient  Experimental determination of hydraulic coefficient  Discharge through all types of orifice & mouthpiece  Time of empting the tank through orifice and mouthpiece. Phase II: (Notches and weirs)  Classification  Discharge through various types of notches and weirs  Time of emptying a Reservoir or Tank with notches & Weirs

9. Chapter:7 Compressible Fluid Flow  Perfect gas equation  Continuity  Energy and Momentum equation  Speed of sound wave  Mach number  Propagation of sound wave  Stagnation properties  Shock waves.

10. Text Books 1) Title :Fluid Mechanics Author: Dr R P Rethaliya Publisher : Atul Prakashan 2) Title :Fluid Mechanics and Hydraulic Machines Author: Dr R K Bansal Publisher : Laxmi Publication LTD 3) Title : Fluid Mechanics and Fluid Power Engineering Author : Dr D S Kumar Publisher S K Kataria and Sons Publication 4) Title: Fluid Mechanics Author : Dr A K Jain Publisher Standard Publishers