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Savitribai Phule Pune University, Maharashtra
Mechanical Engineering
Applied Thermodynamics
Savitribai Phule Pune University, Maharashtra, Mechanical Engineering Semester 4, Applied Thermodynamics Syllabus
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Unit - 1 Basics of Refrigeration and Psychrometry
1.1 Refrigeration Reversed Carnot Cycle
1.2 Unit of refrigeration
1.3 Simple Vapour Compression Cycle VCC
1.4 Refrigerating effect
1.5 Compressor power COP
1.6 Simple Vapour Absorption Cycle VAC
1.7 Comparison between VCC VAC
1.8 Psychrometry Introduction
1.9 Psychrometric and Psychrometric Properties
1.10 Basic Terminologies Psychrometric Relations
1.11 Psychrometric Processes
1.12 Psychrometric Chart
Unit - 2 Introduction to Internal Combustion (IC) Engine
2.1 IC EngineComponents and Construction details
2.2 Terminology
2.3 Classification
2.4 Application
2.5 Intake and exhaust system
2.6 Valves actuating mechanism
2.7 Valve timing diagram
2.8 Fuel Air and Actual Cycle
2.9 Effects of variable on performance and various losses
2.10 Actual cycle and various losses
2.11 Comparison of Air standard with Fuel and Actual cycle
Unit - 3 SI and CI Engines
3.1 SI Engines Theory of Carburetion and Types of Carburetor
3.2 Working of Simple Carburetor
3.3 Electronic Fuel Injection System
3.4 Combustion stages in SI Engines
3.5 Abnormal Combustion
3.6 Theory of Detonation and Parameters affecting detonation
3.7 Rating of fuel in SI Engines
3.8 Combustion chambers used in SI Engines
3.9 CI Engines Fuel Injection system
3.10 Construction and Working of Fuel pump
3.11 Fuel Injector and Various Types of Nozzle
3.12 Combustion stages in CI Engines
3.13 Theory of Knocking and Parameters affecting knocking
3.14 Rating of fuel in CI Engines
3.15 Combustion Chamber used in CI Engines
Unit - 4 IC Engine Testing and Emission
4.1 Engine Testing Engine Testing Procedure
4.2 Measurement of Indicated Power
4.3 Brake power
4.4 Fuel consumption
4.5 Measurement of friction power by Willan’s Line Method and Morse Test
4.6 Calculation of mean effective pressure
4.7 Various Efficiencies
4.8 Specific Fuel Consumption
4.9 Heat Balance Sheet of IC Engines and performance Characteristic curves
4.10 Emission Control Introduction to Indian Driving Cycle IDC
4.11 European Driving Cycle EDC
4.12 SI and CI Engines Emission and controlling methods
4.13 Methods to measure emission such as NonDispersive Infrared Red NDIR
4.14 Flame Ionization Detector FID
4.15 Chemiluminescent Analyzer Smoke meter
4.16 Euro Norms and Bharat Stage Norms
Unit - 5 Engine Systems and Alternative Fuels
5.1 Cooling system Air Cooling
5.2 Liquid Cooling System
5.3 Objectives of lubrication system
5.4 Properties of lubricants
5.5 Methods of lubrication system
5.6 Ignition system Battery coil ignition system
5.7 Magneto ignition system
5.8 Electronics Ignition CDI TCI
5.9 Maximum Brake Torque MBT spark advance
5.10 Supercharging and Turbocharging
5.11 Alternative Fuels Biodiesel Ethanol LPG CNG and Hydrogen.
Unit - 6 Compressor
6.1 Reciprocating Compressor
6.2 Applications of compressed air
6.3 Single stage compressor without clearance and with clearance volume
6.4 Volumetric efficiency
6.5 Isothermal efficiency
6.6 Effect of clearance volume
6.7 Free air delivery FAD
6.8 Actual indicator diagram for air compressor
6.9 Multi staging of compressor
6.10 Optimum intermediate pressure
6.11 Intercooler
6.12 After cooling
6.13 Capacity Control
6.14 Rotary Compressors
6.15 Roots blower
6.16 Vane type Rotary Compressor
6.17 Screw compressor and Scroll compressor
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Other Subjects of Semester-2
Maths - 3
Fluid mechanics
Kinematics of machinery
Manufacturing processes
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