Fluid Mechanics130602

Fluid Statics Fluid Dynamics

Lecture

Particle

Total Mid TW/Viva

GTU Ex

Total

3 2 5 hr

30 50 70 150

Chapter:1 Introduction

Different : Types and Properties Fluid as Continuum Control Volume Concept

Chapter:2 Hydrostatics:Phase I: Pressure and its measurementFluid pressure at pointPascal’s lawPressure and it’s relation with heightAtmospheric, Absolutes Gauge and Negative pressureMeasurement 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

Phase III: BuoyancyCenter at BuoyancyMeta centre and Meta Centre HeightCondition of equilibrium of floating and submearge bodyExperimental and analytical method to determine MCHPressure in case of accelerated rigid body motion

Chapter:3 Kinematics of Fluid

Methods of describing fluid motionTypes of motion, Inviscid flows, Velocity and accelerationContinuity equationPotential flowsVelocity Potential and stream functionFlow net-Circulation and vorticitySink and doublet

Chapter:4 Fluid Dynamics

Types of forcesForces influencing fluid motion-energy and head-energy correction

factorEuler and Bernoulli’s equationsApplication of Bernoulli’s equationFlow measurementLinear momentum equationMomentum correction factorApplication of momentum equation.

Chapter:5 Flow through Pipes

IntroductionLoss of energy in pipeMajor and Minor losses of energy in pipesHydraulic gradientTotal energy linePipes in seriesPies in parallelFlow through branched pipesHydraulic transmission of power

Chapter:6Measurement of FlowPhase I: (Orifice & Mouth pices) ClassificationHydraulic coefficientExperimental determination of hydraulic coefficientDischarge through all types of orifice & mouthpieceTime of empting the tank through orifice and mouthpiece.

Phase II: (Notches and weirs) ClassificationDischarge through various types of notches and weirsTime of emptying a Reservoir or Tank with notches & Weirs

Chapter:7Compressible Fluid FlowPerfect gas equationContinuityEnergy and Momentum equationSpeed of sound waveMach numberPropagation of sound waveStagnation propertiesShock waves.

Text Books

1) Title :Fluid MechanicsAuthor: Dr R P RethaliyaPublisher : Atul Prakashan

2) Title :Fluid Mechanics and Hydraulic MachinesAuthor: Dr R K BansalPublisher : Laxmi Publication LTD

3) Title : Fluid Mechanics and Fluid Power EngineeringAuthor : Dr D S KumarPublisher S K Kataria and Sons Publication

4) Title: Fluid MechanicsAuthor : Dr A K JainPublisher Standard Publishers