SE-207: MODELING AND SIMULATION( 2-3-3)

Instructor: Dr. Samir Hasan Al-Amer     Office: 22-113 Phone: 3749   Email : samir@ccse.kfupm.edu.sa

Office Hours: Sat. 9:00-10:00 and 1:00-1:50 Mon 9:00-10:30

Course Objective:

The students will be asked to develop mathematical models of dynamical systems of various kinds (mechanical, electrical …) starting from the basic principles and physical laws. Methods and tools for analyzing and simulation of dynamical systems will be covered.

Catalog Description:  

Principle of modeling, linear and nonlinear lumped parameter dynamic systems. Linearization of nonlinear models. Modeling of mechanical, electrical, hydraulic and thermal systems. Transfer functions and state-space models. Laboratory activities includes analog and digital simulation of dynamical systems.

Prerequisite: SE 201 and Math 260           Co-requisite: EE 201

Textbook: Close and Frederick, ‘Modeling and Analysis of Dynamic Systems’, 2nd edition, John Wiely, 1995

Attendance:

University regulations regarding attendance will be strictly enforced.

Homework: The purpose of the homework is to develop skills in modeling dynamical systems. It is not to give you busy work or drill. Don't think of your homework paper as a certificate proving that you have done the assignment. Think of it as an exercise in learning and in reporting what you have learned. Homework must be submitted on time. No credit will be awarded to late homework.

Exams: No makeup exam will be given for any reason.

Grading:

Attendance and homework 10%

Laboratory 

15%
Quizzes (4 Quizzes) 20%
Midterm Exam 25%
Final 30%

Topic

Content

# of lectures

1

Introduction (Chapter 1)

2

2

Transnational Mechanical Systems (Chapter 2)

3

3

State-variable and I/O models (3.1,3.2)

2

4

Rotational Mechanical Systems (Chapter 4)

4

5

Electrical Systems (5.1-5.6)

3

Midterm October ????2002  Topics: 1-5

6

Laplace transform (Chapter 7)

5

7

Transfer function analysis (8.1-8.5)

4

8

Linearization of nonlinear systems (9.1-9.2)

3

9

Thermal Systems (Chapter 11)

3

Final Exam (Comprehensive)