AME 513b, Spring 2020

Fundamentals and Applications of Combustion II

 

Paul D. Ronney

 

 

 

 

Course documents:

 

Syllabus

 

Homework assignments (these will be uploaded as needed)

Problem set #1

Problem set #2

Problem set #3

Problem set #4

Problem set #5

Problem set #6

Problem set #7

 

Sample white paper

 

Lecture notes (these will be uploaded as needed)

Lecture 1 files (Introduction and review of AME 513a)

Lecture 2 files (Extension of AME 513a -  chemical kinetics)

Lecture 3 files (Extension of AME 513a -  flames)

Lecture 4 files (Analytical/Numerical Methods in Combustion)

Lecture 5 files (Ignition, Flammability and Extinction)

Lecture 6 files (Turbulent Combustion I - Premixed Flames)

Lecture 7 files (Turbulent Combustion II - Nonpremixed Flames)

Lecture 8 files

Lecture 9 files

Lecture 10 files (Detonations I - fundamentals)

Lecture 11 files (Detonations II - applications)

Lecture 12 files (Microscale combustion and power generation I)

Lecture 13 files (Microscale combustion and power generation II)

Lecture 14 files (Emerging Technologies I)

Lecture 15 files (Emerging technologies II)

 

Other ҵsefulӠlinks

ANSYS tutorial

Excel spreadsheets:

Compressible flow

Hypersonic propulsion

Pulsed Detonation Engines

Website to download GASEQ chemical thermodynamics program for Windows (written by Dr. Chris Morely)

On-line chemical thermodynamics calculator (from Colorado State University)

On-line chemical kinetics calculator (also from Colorado State University)

On-line transport property calculator (also from Colorado State University)

On-line thermodynamic reference data (from National Institute of Standard and Technology)

PDR's tips for successful analysis and research in general