| class | day | date | reading | problems due | |
| 1
2 3 4 |
M
T R F |
Dec 1 2 4 5 |
11.0 -11.3
11.4 11.5-11.6 11.7-11.8 |
dynamics review
mass moments and center of gravity moment of inertia, parallel axis theorem radius of gyration, center of percussion |
R&S 5-70, 5-72 B&F 7-98, 7-100 5-108, 9-102 |
| 5
6 7 8 |
M
T R F |
8
9 11 12 |
11.9-11.10
11.11 12.0-12.2 12.3 |
D'Alembert's principle
energy methods - virtual work three-bar mechanism analysis |
B&F 7-14, 7-23
R&S 16-6 M&K 6-169 |
| 9
10 11 12 |
M
T R F |
15
16 18 19 |
12.5
12.5
|
slider-crank analysis
review |
design #1 |
| 13
14 15 16 |
M
T R F |
Jan 5
6 8 9 |
12.4
12.4 12.8-12.9 12.10 |
four-bar mechanism analysis
shaking forces linkage forces, energy methods |
12-5b, 12-5e 12-6b, 12-6e |
| 17
18 19 20 |
M
T R F |
12
13 15 15 |
12.10
12.11 12.11-12.12 12.11-12.12 |
linkage forces, energy methods
flywheel analysis flywheel analysis flywheel analysis |
M&R 9.47,9.48 M&R 9.49 S&U 17-1, 17-2 |
| 21
22 23 24 |
M
T R F |
19
20 22 23 |
13.2
13.2
13.2 |
single plane rotor balancing
dual plane rotor balancing |
design #2 design #2 filing method |
| 25
26 27 28 |
M
T R F |
26
27 29 30 |
13.2
13.3-13.4 14.4 14.0-14.2 |
dual
plane rotor balancing
static balancing, four bar linkage equivalent masses |
|
| 29
30 31 32 |
M
T R F |
Feb 2
3 5 6 |
14.2-14.3
14.5-14.7 14.8-14.9 14.10-14.11 |
approximate
slider-crank kinematics
inertia & shaking forces and torques pin forces, single cylinder engine balancing, single cylinder engine |
|
| 33
34 35 36 |
M
T R F |
9
10 12 13 |
15.0-15.3 15.4-15.6 15.7 |
introduction, multi-cylinder engine
engine balancing review |
|
|
37 38 39 40 |
M
T R F |
16
17 19 20 |
15.8-15.9
15.8-15.9 |
V-engine balancing
V-engine balancing engine balancing examples review |
design #3 |
