Savitribai Phule Pune University, Maharashtra, Civil Engineering Semester 5, Advanced Fluid Mechanics and Hydraulic Machines Syllabus

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Unit - 1 Flow Over Notches And Weirs

Unit 1

Flow Over Notches and Weirs

1.1 Classification of notches and weirs

1.2 Flow over sharp crested rectangular weirnotch and Francis formula

1.3 Ventilation of weirs

1.4 Flow over triangular weirnotch

1.5 Flow over trapezoidal weirnotch

1.6 Cipolleti weir

1.7 Effect on discharge due to error in measurement of head broad crested weir submerged weir proportional weir or sutro weir.

1.8 Hydraulic Jump Assumptions in the theory of hydraulic jump

1.8 Application of momentum equation to hydraulic jump in rectangular channel

1.9 Conjugate depths and relations between conjugate depths and Energy dissipation in hydraulic jump

1.10 Classification of hydraulic jump and its applications

Unit - 2 Laminar Flow And Hydraulics For High Rise Buildings

Unit 2

Laminar Flow and Hydraulics for High Rise Buildings

2.1 Laminar flow between parallel plates plates at rest one plate moving and other at rest Couette flow

2.3 Laminar flow through porous media

2.4 Introduction of highrise building

2.5 Importance and significance of plumbing design

2.6 List of components in high rise plumbing

2.7 Provisions for pressure velocity and discharge as per uniform plumbing codeIndia UPCI

2.8 Water supply fixture unit WSFU and peak water demand of plumbing fixtures

2.9 Drainage fixture unit DFU

2.10 Maximum loads for horizontal fixture branches and building drains or sewers

Unit - 3 Unsteady Flow

Unit 3

Unsteady Flow

3.1 Introduction to flow through sharp crested circular orifice under constant head

3.2 Types of unsteady flow

3.3 Flow through openings under varying head

3.4 Fluid compressibility

3.5 Celerity of elastic pressure wave through fluid medium

3.6 Water hammer phenomenon

3.7 Rise of pressure due to water hammer

3.8 Surge tanks and its function

Unit - 4 Impact Of Free Jets

Unit 4

Impact of Free Jets

4.1 Impulse momentum equation

4.2 Force exerted by jet on stationary and moving flat plate normal inclined to the jet

4.2 Flat plates mounted on periphery of a wheel

4.3 Force exerted by jet on symmetrical stationary curved vane at centre

4.4 On unsymmetrical stationary curved vane tangentially at one of the tips

4.5 Force exerted by jet on symmetrical moving curved vane at the centre

4.6 Symmetrical curved vanes mounted on periphery of a wheel

4.7 Force exerted by jet on unsymmetrical moving curved vane tangentially at one of the tips

4.8 Torque exerted on a wheel with radial curved vanes.

Unit - 6 Centrifugal Pumps

Unit 6

Centrifugal Pumps

6.1 Component parts

6.2 Working

6.3 Types of centrifugal pumps

6.4 Work done by impeller

6.5 Head of pump

6.6 Losses and efficiencies

6.7 Minimum starting speed

6.8 Loss of head due to increased or reduced flow

6.9 Diameters of impeller and pipes

6.10 Pumps in series and parallel

6.11 Suction lift net positive suction head

6.12 Cavitation in centrifugal pump

6.13 Introduction to submersible pumps.

6.14 Performance centrifugal pump characteristic curves specific speed model testing

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Other Subjects of Semester-1

Water supply engineering

Design of steel structures

Hydrology and water resources engineering

Engineering economics and financial management