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Dr A.P.J. Abdul Kalam Technical University, UP (AKTU), Civil Engineering Semester 4, Hydraulic Engineering and Machines Syllabus
Hydraulic Engineering and Machines Lecture notes | Videos | Free pdf Download | Previous years solved question papers | MCQs | Question Banks| Syllabus
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Unit - 1 Introduction
Unit 1
Introduction
1.1 Introduction
1.2 Basic Concepts of Free Surface Flows
1.3 Velocity and Pressure Distribution
1.4 Mass Energy and Momentum Principle for Prismatic and NonPrismatic Channels
1.5 Critical SubCritical and SuperCritical type of Flows
1.6 Critical Depth
1.7 Concepts of Specific Energy and Specific Force
1.8 Chezy’s and Manning’s Equations for Uniform Flow in Open Channel
1.9 Velocity Distribution
1.10 Most Efficient Channel Section
1.11 Compound Sections
Unit - 2 Energy-Depth relationship
Unit 2
EnergyDepth relationship
2.1 Energy–Depth Relationship
2.2 Application of Specific Energy Principle for interpretation of Open Channel Phenomena
2.3 Flow through Vertical and Horizontal Contractions
2.4 Equation of Gradually Varied Flow and its Limitations
2.5 Flow classification and Surface Profiles
2.6 Integration of Varied Flow Equation by Analytical Graphical and Numerical Methods
2.7 Measurements of Discharge Velocity – Venturi Flume Standing Wave Flume Parshall Flume Broad Crested Weir Current Meter and Floats
Unit - 3 Rapidly varied flow
Unit 3
Rapidly varied flow
3.1 Rapidly Varied Flow
3.2 Evaluation of the Jump Elements in Rectangular Channels on Horizontal and Sloping Beds
3.3 Energy dissipater
3.4 Open Channel Surge
3.5 Celerity of the Gravity Wave
3.6 Deep and Shallow Water Waves
Unit - 4 Impulse momentum equation
UNIT 4
Impulse Momentum
4.1 Impulse Momentum Equation
4.2 Impact of Jets – Plane and Curved – Stationary and Moving Plates
4.3 Pumps Positive Displacement Pumps Reciprocating Pumps Centrifugal Pumps Operation
4.4 Cavitation
4.5 Multi Staging
4.6 Selection of Pumps
Unit - 5 Rotodynamic Machines
UNIT 5
Rotodynamic Machines
5.1 Rotodynamic Machines
5.2 Pelton Turbine
5.3 Equations for jet and rotor size
5.4 Efficiency
5.5 Spear valve
5.6 Reaction turbines
5.7 Francis and Kaplan type
5.8 Head on reaction turbine
5.9 Unit quantities
5.10 Similarity laws and specific speed
5.11 Cavitations
5.12 Characteristic curves
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