Internal Combustion Engines - IC Engines

This course covers in detail various aspects of IC engines, including its main components, valve timing diagrams, 4-stroke and 2-stroke engines, actuator indicator diagrams, scavenging, detonation, fuel ignition systems, injection systems, and much more.

Reed Courses Certificate of Completion

Digital certificate - Included

• Introduction 30:12

  • 1: Introduction & Classification of I.C.Engines 06:58
  • 2: Main Components of I.C.engines 08:41
  • 3: Valve timing diagrams 08:27
  • 4: Sequence of operation 06:06

• Four stroke cycle IC engines 44:55

  • 5: Four stroke cycle petrol engine 08:57
  • 6: Actual Indicator diagram for 4 stroke cycle petrol engine 06:05
  • 7: Valve timing diagram petrol engine 4 stroke 06:31
  • 8: Actual indicator diagram for 4 Stroke cycle diesel engine 05:41
  • 9: Valve timing diagram for 4 Stroke cycle diesel engine 07:42
  • 10: Petrol & Diesel comparison 09:59

• Two stroke cycle IC engines. 37:56

  • 11: Two stroke cycle petrol engine 05:18
  • 12: Actual indicator diagram of Two stroke cycle petrol engine 07:29
  • 13: Valve timing diagram of Two stroke cycle petrol engine 05:36
  • 14: Two stroke cycle diesel engine 06:42
  • 15: Actual indicator diagram of Two stroke cycle diesel engine 06:19
  • 16: Valve timing diagram of Two stroke cycle diesel engine 06:32

• Important processes,features & more. 23:53

  • 17: Detonation 05:31
  • 18: Ignition system in IC engines 05:14
  • 19: Fuel injection system 05:15
  • 20: Cooling System 07:53

Delve into the intricate world of Internal Combustion (IC) Engines with our detailed Udemy course, "Comprehensive Guide to Internal Combustion Engines." This course is meticulously designed for engineering students, automotive professionals, and enthusiasts to understand the essential and advanced aspects of IC engines.

Key Topics Covered:

• IC Engine Fundamentals: Grasp the foundational principles and operations of internal combustion engines.

• Main Components: Explore the key components of IC engines, including pistons, cylinders, crankshafts, and more.

• Valve Timing Diagrams: Understand the importance and analysis of valve timing diagrams in engine performance.

• 4-Stroke & 2-Stroke Engines: Differentiate between 4-stroke and 2-stroke engines, learning their distinct characteristics and applications.

• Actuator Indicator Diagrams: Gain insights into actuator indicator diagrams and their role in engine diagnostics and performance evaluation.

• Scavenging: Learn about scavenging processes in engines and their impact on efficiency and emissions.

• Detonation: Study the phenomenon of detonation, its causes, and methods to prevent it in IC engines.

• Fuel Ignition Systems: Understand various fuel ignition systems and their functioning in different types of IC engines.

• Injection Systems: Dive into the details of fuel injection systems, including direct and indirect injection techniques.

• And Much More: Explore additional advanced topics and emerging technologies in the field of IC engines.

Embark on a comprehensive journey through the world of Internal Combustion Engines and accelerate your learning and career!

Please note that this course is from my earlier days of teaching on Udemy. As such, the sound quality, my accent, and the presentation are comparatively lower than in my latest courses. However, the content remains rich and valuable for those eager to learn about internal combustion engines.

• Mechanical engineering pursuing students
• Automobile engineering pursuing students
• Mechanical & Automobile engineering pass out freshers

1. Basics of mechanical engineering OR automobile engineering
2. Be able to understand basic mechanism & kinematics of machine
3. Basic knowledge of thermodynamic cycles

Internships: Apply for internships at automotive companies or research institutions to gain hands-on experience.

Certifications: Obtain relevant certifications (e.g., CAD, simulation software).
Workshops and Seminars: Attend industry workshops and seminars.

Currently there are no Q&As for this course. Be the first to ask a question.