Week 1: Engine system: Concept of Engine system, Classification of engines, Engine nomenclature: different parts, Basic cycles, and their analysis.
Week 2: Engine system: Description of engine components, Engine Hardware: Design, Constructional features, Shapes, and Material of different parts.
Week 3: Engine system: Concept of hybrid engines and working principle, Different types of hybrid designs/arrangements
Week 4: Engine system: Energy transfer mechanism, description and components involved, Numerical problems
Week 5: Engine system: Modern engine management system: Introduction to Electronic Control Unit (ECU) and its description, Types of control system
Week 6: Engine System : Electronic Control unit (ECU) – Introduction to electronic devices and circuits, Digital circuits, Common types of sensors used in ECU, Actuators for engine control
Week 7: Engine system: Electronic Control unit (ECU) – Functional Layout, Electronic Ignition System, Electronic Fuel-Injection System: Injection schemes, An overview of injection duration calculation, Modes for fuel control, Integrated engine control system
Week 8: Engine performance: Introduction, Engine performance parameters and their measurement, Numerical problems on performance measuring parameters
Week 9: Engine performance: SI engine performance curves, performance characteristics, analytical method of performance estimation. CI engine performance, variables affecting CI engine performance
Week 10: Engine performance: Superchargers, Performance map of superchargers, Introduction to Turbo-charger, Phenomenon of Turbo-lag in turbochargers, Numerical problem
Week 11: Engine performance: Engine heat balance, Measurement of heat losses in engines, Numerical problem.
Week 12: Engine performance: Speed control of I C engines, Mechanical governor, and Electronic governor, Trend of recent technologies to achieve better performance and reduce pollution.
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