Week
|
Date(s)
|
Text
|
Topics
|
Files |
1 |
Aug 23 -27 |
Ch1, Ch2 |
Course Overview; Combustion Terminology and Gas Mixtures |
notes01.doc , sawyer.ppt , beijing PM , beijing-ajm , great-wall , NIST WTC
|
2 |
Aug 30 - Sep 3 |
Ch. 2
|
Chemical equilibrium; Calculation of adiabatic flame temperature. |
prop-edge-movie.avi |
3 |
Sep 8 -10 |
Ch. 2
|
Chemical equilibrium; |
notes02.doc; kp.doc |
4 |
Sep 13 -17 |
|
Calculation of adiabatic flame temperature using NASA CEA Code |
notes03.doc |
5 |
Sep 20 - 24 |
Ch. 4 |
Introduction to Chemical kinetics. Global vs. elementary reactions. Derivation of Arrhenius rate expression from kinetic theory. |
notes04.doc |
6 |
Sep 27 - Oct 1 |
|
Chain reactions. Zeldovich NOx mechanism. |
|
7 |
Oct 4 - 8 |
Ch. 5
|
Hydrogen- Oxygen explosion limits. Chain branching. Carbon Monoxide Explosion Limits.
|
notes05.doc |
8 |
Oct 11 - 15 |
Ch. 5
App. 2A |
Nomenclature in Organic Chemistry; Oxidation characteristics of hydrocarbons: alcohols, alkanes, aromatics.
|
notes06.doc |
9 |
Oct 18 - 22 |
Ch. 6
|
|
|
10 |
Oct 25 - 29 |
Ch. 3 |
|
|
11 |
Nov 1 - 5 |
Ch.6 |
Coupling Chemical and Thermal Analysis of Reacting Systems
|
notes07.doc |
12 |
Nov 8 - 12 |
Ch. 3
|
Mass Transfer
|
notes08.doc |
13 |
Nov 15 - 19 |
Ch.3 |
Premixed Laminar Flames |
Midterm Assignment: midterm10.doc |
14 |
Nov 22 - 26 |
|
Fall Break |
|
15 |
Nov 29 to Dec 3 |
Ch. 8, 10 |
Premixed Laminar Flames; Droplet Evaporation and Combustion |
notes09.doc |
16 |
Dec 6 - 10 |
Ch. 15 |
Environmental Considerations: Smog, Oxides of Nitrogen (NOx), Particulate Matter |
|
17 |
Dec 13 - 17 |
|
Final Exams |
|