SES # | TOPICS | KEY DATES |
---|---|---|
Lec 1 | Introduction to SI and DI engines | |
Lec 2 | Engine operating characteristics | |
Lec 3 | Ideal cycle analysis | |
Lab 1 | Disassembly and assembly of engines | |
Lec 4 | Combustion and thermochemistry |
Homework 1 due |
Lec 5 | Kinetics, equilibrium and dissociation | |
Lec 6 | Gas properties and fuel - air cycle; cycle simulation | Homework 2 due |
Lec 7 | Mixture preparation in SI engines | |
Lec 8 | Intake and exhaust processes | Homework 3 due |
Lec 9 | SI engine combustion | |
Quiz | Covering Lectures 1 - 6 |
Homework 4 due |
Lec 10 | SI engine combustion (cont.); knock | |
Lec 11 | SI engine emissions | Homework 5 due |
Lab 2 | Engine performance and emissions measurements | |
Lab 2 (cont.) | Engine performance and emissions measurements (cont.) | |
Lec 12 | SI engine emissions (cont.) | Homework 6 due |
Lec 13 | SI engine emissions control | |
Lec 14 | Emission measurements | |
Lec 15 | Diesel engine characteristics | Homework 7 due |
Lec 16 | Diesel engine: injection, ignition and combustion | Lab report 2 due |
Lec 17 | Diesel engine emissions and control | |
Lec 18 | Engine heat transfer | |
Lec 19 | Engine friction and tribology | Homework 8 due |
Lec 20 | Turbocharging | |
Lec 21 | Hydrogen, fuel cell and battery | Homework 9 due |
Lec 22 | Bio fuels and hybrids | |
Exam | Final exam |
Calendar
Course Info
Instructor
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As Taught In
Spring
2017
Level
Topics
Learning Resource Types
assignment_turned_in
Problem Sets with Solutions
grading
Exams with Solutions
notes
Lecture Notes