ENGI4018 Automotive Engineering Past Paper PDF

ENGI4018 - Automotive Engineering 1. Compare the characteristics of Electric and Hybrid Electric Vehicles in terms of performance, energy consumption, and environmental impact 2. Comparison of Performance Characteristics of Spark-Ignited (SI) and Compression-Ignition (CI)...

ENGI4018 - Automotive Engineering 1. Compare the characteristics of Electric and Hybrid Electric Vehicles in terms of performance, energy consumption, and environmental impact 2. Comparison of Performance Characteristics of Spark-Ignited (SI) and Compression-Ignition (CI) Internal Combustion Engines (IC Engines) 3. Discuss the working principle of Wankel Rotary Engines and its application 4. Analyze the configuration and design principles of a Series Hybrid Drive Train, detailing how each component contributes to overall vehicle performance 5. Analysis of the Role of Regenerative Braking in Enhancing the Efficiency of Hybrid Electric Vehicles (HEVs) 6. Analysis of the Effectiveness of ABS in Electric Vehicles, , focusing on their impact on vehicle safety and energy efficiency (EVs) 7. Evaluation of the Effectiveness of Current Energy Storage Technologies in Electric Vehicles (EVs) 8. Design of an Integrated System for Electric Vehicles Utilizing Lithium-Ion Batteries Introduction to the System Design 9. Critically assess the operation of fuel cells and their integration within the powertrain of four- wheel vehicles 10. Explain the construction and operational principles of a Permanent Magnet Brushless DC (BLDC) Motor. Discuss its key components, working principles, and advantages in electric propulsion systems. 11. Derive and analyze the dynamic equation governing the motion of a vehicle during acceleration, considering factors such as mass, engine power, and resistance forces. 12. Explain the Control Strategies of Parallel Hybrid Drive Train with neat sketch. 13. Explain the working and construction of Parallel Hybrid Brake System with neat sketch 14. How would you configure an electric vehicle's drivetrain and power management system to optimize performance and efficiency in different driving conditions?