1 | Jan. 21 | Chapter 1 Introduction
Turbulent Fluid Flow, Peter S. Bernard, Chapter 1
Turbulent Flows, Stephen B. Pope, Chapter 1 | |
2 | Jan. 23 | Chapter 2 Describing Turbulence
Turbulent Fluid Flow, Peter S. Bernard, Chapter 2
Turbulent Flows, Stephen B. Pope, Chapter 3 Chapter 3 Turbulent Flow Equations
Turbulent Fluid Flow, Peter S. Bernard, Chapter 3
Turbulent Flows, Stephen B. Pope, Chapter 2-3 | |
3 | Jan. 28 | Continued | HW1: 6 problems due Jan. 26
Bernard, Problem 2.2
Pope, Problem 3.34, 3.35
KCD Problem 12.6, 12.7, 12.9
HW1 Text
HW1 Solution |
4 | Jan. 30 | Continued | |
5 | Feb. 4 | Continued
Chapter 4 Turbulence at Small Scales
Turbulent Fluid Flow, Peter S. Bernard, Chapter 4
Turbulent Flows, Stephen B. Pope, Sections 6.1, 6.2, 6.3, 6.5, 6.7
Chapter 4: Part 0 | |
6 | Feb. 6 | Continued
Chapter 4: Part 1 | |
7 | Feb. 11 | Chapter 4: Part 2
Chapter 4: Part 3 | |
8 | Feb. 13 | Class Project Presentation
4DPTV results
Class project instructions
Class project Practical Guidelines | HW2: 5 problems due Feb. 27
Pope, Problem 5.19, 5.20, 5.25, 5.28, 11.1
HW2 Text
HW2 Solution |
8 | Feb. 18 | Continued
Chapter 4: Part 4 | |
9 | Feb. 20 | Continued
Chapter 4: Part 5
Highlights Parts 3 and 4 | |
10 | Feb. 25 | Chapter 4: Part 6
Highlights Part 5 | |
11 | Feb. 27 | Class Project Presentation
Class project Practical Guidelines
Anisotropy | HW3: 6 problems due Mar. 13
Bernard, Problem 4.1
Pope, Problem 6.4, 6.6, 6.31, 6.32, 6.33
HW3 Solution |
12 | Mar. 4 | Highlights Part 6
Chapter 4: Part 7
Chapter 4: Part 8
Project Outline | |
13 | Mar. 6 | Chapter 5 Energy Decay in Isotropic Turbulence
Turbulent Fluid Flow, Peter S. Bernard, Chapter 5
Turbulent Flows, Stephen B. Pope, Section 6.4
Chapter 5: Part 1 | |
14 | Mar. 11 | Chapter 5: Part 2
Highlights Chapter 5 Part 1 | HW4: 4 problems due Apr. 1
Bernard, Problem 5.4, 5.5, 5.6
Pope, Problems 5.42, 6.10
HW4 Solution |
15 | Mar. 13 | Continued | |
- | Mar. 18 | Spring Break | |
- | Mar. 20 | Spring Break | |
16 | Mar. 25 | Continued
Chapter 5: Part 2
Chapter 5: Part 3 | |
17 | Mar. 27 | Continued
Chapter 5: Part 4 | |
18 | Apr. 1 | Continued
Chapter 5: Part 5
Chapter 5: Part 6
Project Outline
Decay Laws | |
19 | Apr. 3 | Chapter 6 Turbulent Transport and its Modeling
Turbulent Fluid Flow, Peter S. Bernard, Chapter 6
Chapter 6: Part 1 | HW5: 6 problems due Apr. 18
Bernard, Problem 6.1, 6.3, 6.4,6.5
Pope, Problem 5.40, 6.36
HW5 Solution |
20 | Apr. 8 | Continued
Chapter 6: Part 2
Chapter 6: Part 3 | |
21 | Apr. 10 | Continued
Highlights Chapter 5: Part 6
Class project instructions | |
22 | Apr. 15 | Chapter 7: Free Shear Flows
Chapter 7: Part 0
Chapter 7: Part 1
Chapter 7: Part 2 | |
23 | Apr. 17 | Continued
Chapter 7: Part 3
Chapter 7: Part 4 | |
24 | Apr. 22 | Continued
Chapter 7: Part 3
Chapter 7: Part 4 | HW6: 6 problems due May 2
Bernard, Problem 7.2, 7.3, 7.4, 8.3, 11.1, 11.6
HW6 Solution |
25 | Apr. 24 | - | |
26 | Apr. 29 | Chapter 8: Channel and Pipe Flow | |
27 | May 1 | Continued | |
28 | May 6 | Continued | |
29 | May 8 | Chapter 9: Boundary Layer Flow
Modeling high Reynolds number wall turbulence using the attached eddy hypothesis | |
30 | May 15 | Class Project Presentations 1078C, 2:00-5:00 PM | |