ME 352 System Analysis
and Control
Credit Structure:
(4+0) 4
Description :
It is intended to cover a range of topics from classical to modern control
theory. Discussions will include modeling of physical systems, flow
charts, feedback control theory, stability and stability probing methods.
Course Objectives :
This course is meant to let the juniors acquire a sense of
interpretation of the physical world, transforming these interpretations into tangible mathematical
expressions in modeling, searching for the nature of the systems
regarding their stability and robustness.
Prerequisites :
None Required.
Textbook :
Dorf, R.; Bishop, R.H. “Modern Control Systems” , 9th Edition,
Addison Wesley P.C.
As a secondary text book, Ogata, Katsuhiko, "Modern Control
Engineering" , 4th ed. by Prentice Hall P.C. will also be used.
References :
To be discussed in the classroom.
Syllabus :
1) Introduction To Control Systems (1 wk)
2) Mathematical Models of Systems (1 wk)
3) State Variable Models (2 wks)
4) Feedback Control System Characteristics (1 wk)
5) The Performance of Feedback Control Systems (1.5 wks)
6) The Stability of Linear Feedback Systems (1 wk)
7) The Root Locus Method (2 wks)
8) Frequency Response Methods (2 wks)
9) Stability in the Frequency Domain (2.5wks)
Homeworks :
Homeworks on a weekly basis.
Grading
Table
|