CM 416 / Winter 1999

Instructor:    Tomas Co ( CSB 202 G, Tel 487-2144, tbco@mtu.edu )
Office Hrs:    MWF 2-3

Textbook:    G. Stephanopoulos, Chemical Process Control:
                    An Introduction to Theory and Practice, Prentice Hall, NJ, 1984.
Course Outline

    I. Continuous Time Dynamics

Week 1
    1.  Introduction to dynamics systems and control                   pp. 1 - 36
    2.  Process Modeling                                                            pp. 45 - 97
    3.  Linearization and Perturbation Variables                           pp. 116 - 126

    4.  
          Week 2
           
    5. Process Dynamics and Control of Linear Systems              pp. 177 - 198
    6. Feedback Control/ Stability and Performance                    pp. 241 - 285

    7.  
          Week 3
           
    8. PID Control/Controller Tuning                                           pp. 297 - 316, 352-355

    9. Exam 1

    II. Laplace Transform Methods
Week 4
  1. Laplace Transforms                                                            pp. 128 - 157

                       Week 5

  2. Transfer Functions                                                              pp. 159 - 223
  3. Stability and Performance                                                   pp. 281 - 287, 297-306

                       Week 6

  4. Routh-Hurwitz, Root Locus Analysis                                  pp. 287 - 295
     
        Week 7


    Exam 2

    III. Frequency Response Methods
Week 8
  1. Frequency Response Method                                              pp. 317 - 325
  2. Representation: Nyquist and Bode and Plots                        pp. 326 - 343

                        Week 9

  3. Stability: Nyquist and Bode Criterion                                    pp. 344 -348, 355-357
  4. Closed Loop Controller Design: Gain and Phase Margins     pp. 349-352
        Week 10
         
    Exam 3
     
    Finals

Grading:

 Projects                20 pts
 Exam 1                 20 pts
 Exam 2                 20 pts
 Exam 3                 20 pts
 Final Exam            20 pts
Grade Equivalents:
 
 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
Additional Policy:
  1. 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.

  2.  
  3. Deadlines on the projects will be enforced strictly. (Each day late means a 10 point deduction).

  4.  
  5. All projects and exams should be neatly written on one side of 8-1/2" by 11" paper

  6. 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

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