Syllabus of Numerical Analysis II

Engineering Analysis II
Course Instructor Waleed Ali Tameemi
E-mail wal2005wal@yahoo.com
Eng.waleed.ali@uobabylon.edu.iq

Office Hours 8:30 am – 2:30 pm
9:00 am – 9:00 pm (By e-mail)
Title Engineering Analysis II

Course Objective
• Utilize different mathematical techniques in environmental engineering.
• Apply statistical theories, mathematical theories, and laws in solving engineering problems.
• Provide engineering students with advanced analytical techniques that can be used for their future research.

Course Description
Fundamentals of numerically engineering analysis.

Textbook Kreyszin et. al. “Advanced Engineering Mathematics” Volume 1, 10th Edition, 2011.

Kreyszin et. al. “Advanced Engineering Mathematics” Volume 2, 10th Edition , 2011.

References Dennis G. Zill and Warren S. Wright, “Advanced Engineering Mathematics”, 2012.
Erwin Kreyszig, “Advanced Engineering Mathematics”, 2011.

Course Assessment

Final Exam Midterm Exam Quizzes, Homework, and Research
60% 30% 10%
Notes Study system: Courses

Tentative Course Outline

Note Topic Date Week

Introduction 1
Solution of Nonlinear Equation
Bisection Method 2
False Position Method 3
Newton-Raphson Method 4
Secant Method 5
Polynomial Interpolation
Linear Interpolation 6
Quadratic Interpolation 7
Newton’s Divided Differences Formula 8
Mid-Term Exam Gregory-Newton Polynomial 9
Lagrange Interpolation 10
Numerical Integration
Equal Segments Trapezoidal Method 11
Unqual Segments Trapezoidal Method 12
Research Submission Simpson’s 1/3 Rule 13
Simpson’s 3/8 Rule 14
Gaussian Quadrature Method 15
Final Exam