Dexterity
IC Engine COURSE
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IC Engine Introduction - 1
Scope of Study
Combustion Engine and Characteristics
IC Engine – An early development
Application of IC Engine
Working principle of IC Engine
Layout of IC Engine
Important Basic Terminologies
IC Engine Operating Characteristics
IC Engine Introduction - 2
Broad Classification of IC Engine
Comparison of Gasoline and Diesel Engine
Major Components of IC Engine and its significance
Anticipating IC Engine
Thermodynamics of IC Engine
Indicator Diagram
Air Standard cycles and its assumptions for IC Engine
Deviation from Ideal cycles
Actual cycles in IC Engines
Comparison of cycles based on performance
Fuel Metering
Factors considering Air – Fuel mixture
Carburetion in SI Engine
Air fuel mixture and its requirements
Compensating devices for Simple Carburetor
Idling and Cruising
Advanced Carburetors for SI Engines
Fuel Metering in Diesel Engine
IC Engine Ignition process
Valve Timing Diagram – Ideal and Actual
Ideal stages of combustion
Stages of combustion in SI and CI engine
Knocking comparison in SI and CI engine
Control of detonation
Delay periods and factors affecting it
Effects of Spark Timing
Effect of Anti-knocking agents
Battery Ignition Systems
Design of Combustion Chambers
Requirements of combustion chamber design
Types of combustion chambers in SI and CI Engine
Forces on Piston and Friction in IC Engine
Vibration and Noise control in IC Engine
Turbocharging in IC Engine
Alternate Fuels, Pollutant formulation and its Control system
Fuel Requirements and Qualities for IC Engine
Alternate Fuels in IC Engine
Hydrogen as an alternative fuel for IC Engine
Formulation of Pollution from IC Engine
Total emission control package
Thermal Reactor package
Control of Emission
Euro Norms, Implementation problems
Assignments and Problem Statements
Discussions on Problem Statements
Discussion on Assignments
Projects
Project Discussion
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