Reciprocating Gas Engine

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Course Description

“Reciprocating Gas Engine 101” is a foundational guide that introduces the basics of reciprocating gas engines, which are widely used in various applications, from powering vehicles to generating electricity. This guide aims to provide an understanding of the core principles, components, and operation of these engines. It is designed for beginners, students, and professionals who wish to gain a solid understanding of the fundamentals of reciprocating gas engines. It serves as a comprehensive starting point for further study or a career in engine technology and mechanical engineering.

Key Learnings

Gas engines and Gas Turbines.
Gas engine Applications.
Operating Principles.
The 4 stroke ideal cycle.
Crankcase and Engine Block.
Crankshaft, Connecting Rod and Piston Components.
Combustion Chamber.
Turbocharger and Intercooler.
Carburettors.
Intake and Exhaust Manifolds.
Fuel System.
Ignition System.
Cooling System.
Lubrication system.
Start and Stop Systems.
Ignition System Control.
Knock Control.
Fuel Air Ratio.
Turbocharger Control System.
Speed Control and Speed Control Modes.

Audience

At the end of this course the student should be able to explain the applications and the fundamental operating principles of a gas engine. List and explain the different components of a gas engine. Identify major gas engine subsystems and explain the purpose of each subsystem. Have a basic understanding the control system of a reciprocating gas engine and how it integrates the key engine subsystems.

Requirements

N/A
Course features
  • Author: Stacked Learning
  • Study time: 2 hours
  • Level: Intermediate 
  • Categories: Centrifugal Gas Compressor & Reciprocating Gas Engines 
Course overview
The course introduces gas engine, the difference between it and a gas turbine, the components of a reciprocating gas engine and its usage in different engine systems, covering the overview of the control system and how it integrates with other site control systems.

Course Structure