Advanced Internal Combustion Engineering [Mechanical Department]

Advanced Internal Combustion Engineering [Mechanical Department]

Advanced Internal Combustion Engineering

SPARK IGNITION ENGINES

1. Introduction about IC Engines
2. Air-fuel ratio requirements
3. Design of carburettor
4. Venture size
5. Combustion In SI Engines
6. Abnormal Combustion
7. Factors affecting knock
8. Combustion chambers and Types
9. Thermodynamic analysis of SI engine combustion process

COMPRESSION IGNITION ENGINES

1. Four Stages of combustion
2. Abnormal Combustion
3. Factors affecting knock
4. Direct injection systems
5. Indirect injection systems
6. Turbo Chargers
7. Thermodynamic analysis of CI engines

POLLUTANT FORMATION AND CONTROL

1. Formation of NO and NO2
2. Formation of CO
3. Greenhouse effect (GHE)
4. HC emission and Smoke
5. Particulate emissions
6. Catalytic convertor
7. Particulate traps
8. Chemical methods to reduce emissions
9. Exhaust Gas Recycle-EGR

ALTERNATIVE FUELS

1. Alternate Fuels
2. Classification of Alcohols
3. Hydrogen as alternate fuels
4. Biogases as alternate fuels
5. Natural gas as Alternate fuel
6. Vegetable oil as Alternate Fuel
7. LPG as Alternate fuels
8. Performance, combustion and emission characteristics of SI and CI engines

RECENT TRENDS

1. Homogeneous Charge Compression Ignition (HCCI)
2. Stratified Charge Engine
3. Gasoline Direct Ignition Engine
4. Components of a Direct Injection gasoline System
5. Lean-burn engine
6. Common Rail Diesel Fuel Systems
7. Electronic Engine Management