Diesel Engine Fundamentals (Part 2)
Mastering diesel engines: two and four stroke cycles, timing and gas cycles, maintenance, starting, governors, indicators, compression diagrams, and protection.
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Course Duration
3 hours -
Course Level
Intermediate -
Language
English -
Subtittle Language
English -
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Without exception, the reciprocating piston engine is the most influential machine ever invented by mankind. From its early beginnings as a steam engine, the piston engine has revolutionised the way we live, work and travel. This course will teach you more about this truly amazing machine.
The course is designed to build on the knowledge gained in the Diesel Engine Fundamentals course, although this course is also suitable to anyone who already has some diesel engine or automotive engineering background knowledge. As diesel generators are also used for rotating machinery such as sprinkler pumps and emergency generators, engineers working in HVAC, Power Engineering, Chemical Engineering, Electrical Engineering and other Mechanical Engineering related industries will find this course useful.
Written content has been read aloud so that you can 'learn on the go' without needing to watch the screen constantly.
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Analyze and explain in detail the processes involved in two stroke and four stroke cycles.
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Evaluate and compare the thermodynamic gas cycles of different engines, such as Otto and Diesel cycles.
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Investigate and describe the process of starting an engine using a starter circuit.
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Analyze and interpret indicator and compression diagrams to assess engine performance.
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Examine and interpret the details presented in two and four stroke timing diagrams.
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Formulate maintenance strategies for engines including breakdown, scheduled, and predictive approaches.
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Evaluate and compare centrifugal and electrical-hydraulic governors for engine speed control.
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Develop methods for engine protection utilizing temperature, pressure, flow, and level measurements.
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Mechanical engineering students or professionals looking to expand their knowledge of internal combustion engines.
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Automotive engineers seeking to enhance their understanding of engine design, performance, and maintenance.
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Technicians and mechanics who work with diesel engines and want to improve their troubleshooting and repair skills.
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Students pursuing degrees in automotive technology, mechanical engineering, or related fields who want to specialize in diesel engines.
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Course Overview1 lesson
00:02:01
Course Overview00:02:01
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Introduction1 lesson
00:01:16
Welcome00:01:16
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Detailed Four Stroke Engine Cycle10 lessons
00:30:03
Four and Two Stroke Engine Introduction00:00:47
Four Stroke Engine Cycle00:01:18
Four Stroke Engine Timing Diagram00:05:51
Four Stroke Engine Intake Stroke00:04:30
Four Stroke Engine Compression Stroke00:04:18
Four Stroke Engine Fuel Injection00:04:12
Four Stroke Engine Power Stroke00:03:32
Four Stroke Engine Exhaust Stroke00:02:54
Four Stroke Engine Cycle Summary00:02:41
Detailed Four Stroke Engine Cycle Quiz12 Quiz
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Detailed Two Stroke Engine Cycle7 lessons
00:14:16
Two Stroke Engine Cycle Revisited00:02:38
Two Stroke Engine Exhaust and Intake Strokes00:05:17
Two Stroke Engine Compression Stroke00:00:54
Two Stroke Engine Power Stroke00:01:20
Large Two Stroke Engine Timing Diagram00:02:28
Two Stroke Engine Cycle Summary00:01:39
Detailed Two Stroke Engine Cycle Quiz5 Quiz
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Maintenance Strategies12 lessons
00:37:44
Maintenance Strategies Introduction00:01:38
Types of Maintenance Strategies00:08:25
Reactive Maintenance00:04:42
Reactive Maintenance Pros and Cons00:01:17
Preventive Maintenance00:05:11
Preventive Maintenance Pros and Cons00:01:19
Predictive Maintenance00:09:11
Predictive Maintenance Pros and Cons00:02:16
Reliability Centred Maintenance00:02:44
Reliability Centred Maintenance Pros and Cons00:02:14
Maintenance Strategy In Action00:04:47
Maintenance Strategies Quiz9 Quiz
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Thermodynamic Cycles Introduction11 lessons
00:12:52
Thermodynamic Cycles Introduction00:00:59
Pressure Temperature and Volume00:00:34
Amontons Law (Temperature and Pressure Linear Relationship)00:00:59
Charles Law (Volume to Temperature Relationship)00:00:53
Pressure and Volume Diagram (PV Diagram)00:00:50
Diesel Gas Cycle00:03:11
Thermodynamic Cycles00:00:25
Power Cards00:01:55
Compression Diagrams00:02:16
Thermodynamic Cycles Summary00:01:00
Thermodynamic Cycles Introduction Quiz6 Quiz
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Engine Protection14 lessons
00:35:57
Engine Protection Introduction00:03:04
The Importance Of Engine Protection00:01:06
Level Measurements00:01:15
Temperature Measurements00:01:20
Pressure Measurements00:02:34
Flow Measurements00:01:43
Overspeed Protection00:05:41
High Jacket Water Temperature00:04:41
Exhaust Gas Temperature00:04:07
Low Lubrication Oil Pressure00:04:25
High Crankcase Pressure00:04:17
Engine Protection Final Thoughts00:02:01
Engine Protection Summary00:02:43
Engine Protection Quiz5 Quiz
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Engine Starting Circuit4 lessons
00:05:12
Starter Circuit Introduction00:00:30
Starting Circuits00:02:40
Glow Plugs00:02:02
Engine Starting Circuit Quiz2 Quiz
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Engine Control9 lessons
00:25:32
Engine Control00:00:59
Fuel Injectors00:02:34
Governors00:03:37
Operation Of A Governor00:01:43
Simplified Operation Of A Governor00:02:08
How A Centrifugal Governor Works00:08:16
Mechancial Hydraulic Governors00:05:25
Control Summary00:00:50
Engine Control Quiz3 Quiz
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Final Thoughts2 lessons
00:00:40
Final Thoughts00:00:40
Final Quiz42 Quiz
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Resources
Talk to an Expert
Fill out the form to get a full overview of this course and all other courses.
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Course Duration
3 hours -
Course Level
Intermediate -
Language
English -
Access on all devices
-
Quiz