I.C.Engines and Automobile Technology
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Follow on Instagram for UpdatesI.C.Engines and Automobile Technology Syllabus — Unit-wise Content
The official GTU curriculum for I.C.Engines and Automobile Technology (subject code ME02080011) as prescribed for MEAA · Semester 2 divides the course into 4 units, covering 53 listed topics. The unit-wise breakdown below is read from the GTU syllabus document for this subject code, so you can check what the course actually covers before deciding which papers to attempt.
Download the official syllabus PDF (ME02080011)Unit 1 Introduction to I.C Engine
- Engine types and their operation
- Program Name: Master of Engineering Level: PG Branch: Mechanical (I.C.Engine And Automobile Engineering) Subject Code : ME02080011 Course / Subject Name : IC Engine and Automobile Technology classification
- Two stroke engines
- four stroke engines
- characteristics of engines
- air capacity of engine
- valve timing diagram
- importance of volumetric efficiency
- Actual cycle
- air fuel cycle
- Thermochemistry of fuel air cycle: ideal gas model
- First law of thermodynamics and combustion
- second law of thermodynamics application on combustion
Unit 2 Gas Exchange Processes
- Inlet and exhaust processes in the four- stroke cycle
- volumetric efficiency
- quasi-static and dynamic effects
- flow through valves
- scavenging in two- stroke cycle engines
- scavenging parameters and models
- actual scavenging processes
- flow through ports
- supercharging and turbo-charging: basic relationships
- turbines characteristics
- matching of compressor
- turbines and engine characteristics
Unit 3 Fuel Supply in SI and CI Engines
- Carburetion and mixture requirements
- Transfer pump
- Carburetors - types
- constructional and design aspects
- Mixture distribution and inlet manifold
- The concept of multipoint fuel injection system
- Fuel Supply in CI Engines
- Injection system components
- Jerk and Distributor pumps
- Mechanical and Pneumatic governors
- CRDI system
Unit 4 Fundamentals of Automotive Electronics,
- Microprocessor and micro computer applications in automobiles
- Components for engine management system: Variable valve timing control
- exhaust emission control
- fault diagnostic systems
- Developments in I
- Engines: Stratified Charged
- Low heat rejection engine
- four / three valve engine
- cam less engine. 08 14 6 Automotive systems
- Basic transmission systems: synchromesh gearbox
- semi-automatic and automatic transmission
- suspension systems
- steering systems
- tyre and wheel
- Braking System: hydraulic brakes
- ABS & EBD
- Troubleshooting and repairs
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