|
Topic
|
Reading [Seborg]
|
HW due
|
| L1: Introductory concepts |
Ch l |
|
| L2: Review of mathematical modeling |
Ch 2 |
|
| L3: Review of Laplace transforms |
Ch 3 |
|
| L4: Building transfer function
models |
Ch 4.1, 4.2 |
HW 1 |
| L5: Dynamics of simple processes |
Ch 5 |
|
| L6: Higher order dynamic behavior |
Ch 6.2 – 6.6. |
HW 2 |
| L7: Stability |
Ch 6.1 |
|
| L8: Nonlinear systems, linearization |
Ch 4.3 |
HW 3 |
| L9: Parameter estimation |
Ch 7 |
|
| L10: Feedback control, intro to
PID |
Ch 8 |
HW 4 |
| L11: Closed loop time response |
Ch 10 |
|
| HOUR EXAM
1: Process modeling (Feb. 15, 2002) |
Ll-L9 |
|
| L12: Closed loop stability |
Ch 11 |
|
| L13: Direct synthesis |
Ch 11.3, Ch 12, Ch 13 |
HW 5 |
| L14: Intro to frequency domain |
Ch 14 |
|
| L15: Frequency domain identification |
Ch 15 |
HW 6 |
| L16: Frequency domain analysis |
Ch 16 |
|
| L17: Cascade control |
Ch 18.1 - 18.4 |
HW 7 |
| L18: Feedforward/ratio control |
Ch 17 |
|
| L19: Introduction to MIMO systems |
Ch 19.1 - 19.3 |
HW 8 |
| L20: Interaction analysis |
Ch 19.4 - 19.5 |
|
| HOUR EXAM
2: Process control ( Mar. 29, 2002) |
L10-L18 |
|
| L21: Design of decouplers |
Ch 19.4 |
|
| L22: Model predictive control |
Ch 27 |
HW 9 |
| L23: On-line optimization |
Ch 20, Ch 18.6 |
|
| L24: Statistical process control |
Ch 18.5 |
HW 10 |
| L25: Case study: distillation
columns |
Ch 28.1 - 28. 3 + Handout |
|
| L26: Case study: packed bed reactors |
Ch 28.5 |
HW 11 |
| L27: Review |
|
|
| FINAL EXAM
(to be announced - Final Week) |
