|
COURSE OUTLINE
KMU 417
- PROCESS CONTROL AND DESIGN
FALL
SEMESTER, 2008-2009
|
|
INSTRUCTOR: |
Dr. ÖNEL, Selis
| selis@hacettepe.edu.tr
|
|
TEACHING ASSISTANT: |
Gördesli,
Pinar
|
fatmapinar.gordesli@hacettepe.edu.tr |
| |
|
COURSE GOALS: |
Students will learn about:
- How to run a process/system in a
controlled manner
- How to best operate a process
plant in which not much is steady state and most of the
parameters change (time dependent)
- Gain an appreciation for the
dynamic behavior of chemical processes and develop strategies to
operate these processes
- Teach the use of MATLAB/SIMULINK
as a tool (using built-in functions) for solving process control
problems |
|
|
COURSE MAIN TEXTBOOK: |
Currently, a main course textbook
is not assigned and the students have the option to choose any
of the supplementary textbooks for the course. The
preferred textbook is Bequette's due to its examples with Matlab
applications. |
|
SUPPLEMENTARY TEXTBOOKS: |
|
- B.W. Bequette,Process
Control: Modeling, Design, and Simulation, Prentice-Hall
(2003). |
|
- P.C. Chau, Process
Control: A First Course With MATLAB, Cambridge Publishers
(2002). |
|
- D.R. Coughanowr, Process
Systems Analysis and Control, McGraw-Hill (1991).
|
|
- M.L. Luyben and W.L. Luyben,
Essentials of Process Control, McGraw-Hill (1997). |
|
- T.E. Marlin, Process Control:
Designing Processes and Control Systems for Dynamic
Performance, McGraw-Hill (2000). |
|
- B.A. Ogunnaike and W.H. Ray,
Process Dynamics, Modelling and Control, Oxford
University Press (1994). |
|
- B. Riggs, Chemical Process
Control, 2 nd ed., Ferret Publishing (2001). |
|
- J.A. Romagnoli and A.
Palazoglu, Introduction to Process Control, Taylor
and Francis (2006). |
|
- D.E. Seborg, T.F. Edgar and
D.A. Mellichamp, Process Dynamics and Control, 2 nd
ed., Wiley (2004). |
|
- C.A. Smith and A.B. Corripio,
Principles and Practice of Automatic Process Control,
3 rd ed., Wiley (2005). |
|
- W.Y. Srvcek, D.P. Mahoney, and
B.R. Young, A Real-Time Approach to Process Control,
Wiley (2000). |
|
- G. Stephanopoulos,
Chemical Process Control, Prentice-Hall (1984). |
|
|
|
SCHEDULE: |
KMU
417-22
Thursday........ 10 AM - 1 PM (Class D6) |
| |
|
CONTENT: |
Dynamic systems; Control
strategies; Fundamental formulation, methodology and techniques
for process control; Single-loop feedback control processes-
Concepts, terminology, methods, and performance; Hardware used
in control systems; MATLAB software package including the
SIMULINK block-diagram simulation environment. |
| |
OBJECTIVES: |
Introduce students to dynamic
chemical processes and to developing automatic control
strategies to operate dynamic systems safely and economically. |
|
COURSE FORMAT:
|
The course will consist of classroom instruction including
lectures using classical lecture style, power point slides, and
simultaneous Matlab applications via projection. Additional
computer lab and tutorial hours will be held by the course
assistant as necessary. |
|
|
DATE OF MIDTERM:
|
1st
Midterm:
November, 2008
2nd
Midterm:
December,
2008 |
|
GRADING:
|
Quizes + Homeworks..............................................25%
Midterm I
............................................................25%
Project + Midterm II +
Final
Exam.............................50%
Total..................................................................100%
|
|
|
USEFUL LINKS: |
-
Process Control Teaching
Resource Center (http://www.che.utexas.edu/cache/trc/t_process.html)
-
Online parts of Bequette's book (Chapter 1, Simulink Tutorial
Module 2)
|
Course Outline |
Week# |
Topics |
1 |
PPt Slides |
Course
objectives and introduction to process control |
2
|
PPt Slides |
Control objectives, input and output
variables, constraints, process classification |
3
|
PPt Slides |
Mathematical models, degrees of freedom analysis |
4
|
PPt Slides |
Input-output models, modeling
dynamic systems |
5
|
PPt Slides |
Input-output models, transfer
functions and Laplace transformations |
|
6 |
PPt Slides |
First order transfer functions,
interacting-noninteracting systems, responses to step inputs,
input functions |
7
|
PPt Slides |
Dynamic process inputs and responses |
8 |
PPt Slides |
Stability |
9
|
PPt Slides |
Control types |
10
|
PPt Slides |
Practical Design of PID Controllers in MATLAB and Simulink
prepared and presented by Dr. Bora Eryilmaz of Mathworks, Inc.
MATLAB and Simulink Demonstration Documents:
PIDControlMatlabFile
,
PIDControlSimulinkFile |
| |
|
|
