Savitribai Phule Pune University, Maharashtra, Mechanical Engineering Semester 5, Turbo Machines Syllabus

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Unit - 1 Introduction to Turbo Machinery & Impact of Jet
1.1 Turbo machines
1.2 Classification of Turbo machines
1.3 Comparison with positive displacement machines
1.4 Fundamental equation governing turbo machines
1.5 Losses in Turbomachines
1.6 Applications of Turbomachines
1.7 Impulse momentum principle and its applications
1.8 Force exerted on fixed flat plate
1.9 Force exerted on moving flat plate
1.10 Force exerted on hinged plate
1.11 Force exerted on curved vanes
1.12 Force exerted on series of flat plates
1.13 Force exerted on radial vanes
Unit - 2 Impulse Water Turbines
2.1 Introduction to Hydro power plant
2.2 Classification of hydraulic turbines
2.3 Construction
2.4 Principle of working
2.5 Velocity diagrams and analysis
2.6 Design aspects
2.7 Performance parameters performance characteristics
2.8 Specific speed
2.9 Selection of turbines
2.10 Multi jet Pelton wheel turbine
Unit - 3 Reaction Water Turbines
3.1 Classification
3.2 Francis turbine
3.3 Propeller Turbine Kaplan Turbines
3.4 Velocity diagrams and analysis
3.5 Degree of reaction
3.6 Performance characteristics
3.7 Draft tubes types
3.8 Causes and remedies for cavitation phenomenon
3.9 Governing of turbines
3.10 Similitude and dimensional analysis of hydraulic turbine
Unit - 4 Steam Turbines
4.1 Steam nozzles Types and Applications
4.2 Equation for velocity and mass flow rate
4.3 Classifications of steam turbines
4.4 Construction details
4.5 Compounding of steam turbines
4.6 Velocity diagrams and analysis of Impulse and reaction turbines
4.7 Governing
4.8 Performance characteristics
4.9 Losses in steam turbines
4.10 Selection of turbine
Unit - 5 Centrifugal Pumps
5.1 Classification of rotodynamic pumps
5.2 Components of centrifugal pump
5.3 Types of heads
5.4 Velocity triangles and their analysis
5.5 Effect of outlet blade angle
5.6 Cavitation
5.7 Net positive suction head NPSH
5.8 Thomas cavitation factor
5.9 Priming of pumps
5.10 Installation
5.11 Specific speed
5.12 Performance characteristics of centrifugal pump
5.13 Series and parallel operation of pumps
5.14 System resistance curve
5.15 Selection of pumps
5.16 Dimensional and Model analysis of hydraulic machines
Unit - 6 Centrifugal & Axial Compressor
6.1 Classification of compressors

6.3 Velocity diagram
6.3 Flow process on TS Diagram

6.5 Actual work input
6.6 Performance characteristics
6.7 Various losses in centrifugal compressor

6.9 Stage velocity triangles and its analysis
6.10 Enthalpy entropy diagram
6.11 Stage losses and efficiencies
6.12 Performance characteristics
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Other Subjects of Semester-1
Heat transfer
Theory of machine – ii
Metrology and quality control
Design of machine elements – i
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