Instructor: Tomas Co ( CSB 202
G, Tel 487-2144, tbco@mtu.edu )
Office Hrs: MWF 2-3
I. Continuous Time Dynamics
Week 1
Exam 1
Week 4
III. Frequency Response Methods
- Laplace Transforms pp. 128 - 157
Week 5
- Transfer Functions pp. 159 - 223
- Stability and Performance pp. 281 - 287, 297-306
Week 6
- Routh-Hurwitz, Root Locus Analysis pp. 287 - 295
Week 7
Exam 2
Week 8
- Frequency Response Method pp. 317 - 325
- Representation: Nyquist and Bode and Plots pp. 326 - 343
Week 9
- Stability: Nyquist and Bode Criterion pp. 344 -348, 355-357
- Closed Loop Controller Design: Gain and Phase Margins pp. 349-352
Exam 3
Week 10
Finals
Grading:
Projects 20 ptsGrade Equivalents:
Exam 1 20 pts
Exam 2 20 pts
Exam 3 20 pts
Final Exam 20 pts
Additional Policy:100 - 90.001 A
90 - 80.001 AB
80 - 70.001 B
70 - 65.001 BC
65 - 60.001 C
60 - 55.001 CD
55 - 50.001 D
50 - 0 F
- Projects may be worked on and submitted together by groups (maximum of 3 per group). All the names of the group members and their signatures are required on the front page.
- Deadlines on the projects will be enforced strictly. (Each day late means a 10 point deduction).
- All projects and exams should be neatly written on one side of 8-1/2" by 11" paper
and stapled together. The name and mailbox number should appear in the upper-right
corner of the front page. Failure to do so will mean a maximum of 3 pt deduction.
This page is maintained by Tomas B. Co (tbco@mtu.edu). Last revised 11/28/1999.
Tomas B. Co
Associate Professor
Department of Chemical Engineering
Michigan Technological University
1400 Townsend Avenue
Houghton, MI 49931-1295