| Class | Day | Date | Text Article | Problem Assignment | Comments |
|---|---|---|---|---|---|
| 1
2 3 |
M
W F |
11-29
12-1 3 |
10.0-10.4, Review Fundamentals of Dynamics
10.5-10.7, Mass Moment of Inertia 11.0-11.3, Force Analysis of a 3-Bar Mechanism |
handout 5.108, 9.71,102 |
|
| 4
5 6 |
M
W F |
6
8 10 |
11.3, 11.5, Force Analysis of a Slider Crank
Exam 1, 11.5, Force Analysis of a Slider Crank 11.4, Force Analysis of a 4-Bar Mechanism |
11-3 a,b
11-5 b,e |
|
| 7
8 9 |
M
W F |
13
15 17 |
11.4, Force Analysis of a 4-Bar Mechanism
Exam 2, 11.4, Force Analysis of a 4-Bar Mechanism 11.8, 11.10, Shaking Forces |
Assign Project 1 | |
| 10
11 12 |
M
W F |
1-3
5 7 |
11.10, Linkage Force Analysis by Energy Methods
Exam 3, 11.10, Force Analysis by Energy Methods 11.11, Flywheel Analysis |
11-6 b,e
Project 1 Due |
|
| 13
14 15 |
M
W F |
10
12 14 |
11.11, Flywheel Analysis
Exam 4, 11.11, Flywheel Analysis 12.0, 1, Single Plane Balancing |
flywheel handouts
12-1 a,c |
|
| 16
17 18 |
M
W F |
17
19 21 |
12.1, Single Plane Balancing
Exam 5, 12.2, Dual Plane Balancing 12.2, Dual Plane Balancing |
12-5 a,e 12-6 |
|
| 19
20 21 |
M
W F |
24
26 28 |
12.3, 12.4, Static Balancing the 4-Bar
Exam 6, 12.5, Effect of Balancing on Input Torque 13.0, 13.4, Introduction to Engine Dynamics |
Assign Project 2
12-20 (only Fs) handout 9.33,34,35 |
|
| 22
23 24 |
M
W F |
31
2-2 4 |
13.1, 2, Approximate Slider-Crank Kinematics/Dynamics
Exam 7, 13.2, Slider-Crank Approximation 13.3, 13.5-7, Inertia and Shaking Forces and Torques |
Norton 13.7, 9
13.1, 3, 5 |
|
| 25
26 27 |
M
W F |
7
9 11 |
Project Demos
Exam 8, 13.10, Balancing the Single Cylinder Engine 13.10, 11, Balancing the Single Cylinder Engine |
Project 2 Due | |
| 28
29 30 |
M
W F |
14
16 18 |
14.0-14.3, Introduction to Multi-Cylinder Engines
Exam 9, 14.4, 5, In-Line Engine Balancing Review for Final |
||
| Finals Week |