nm 01 classintro
TRANSCRIPT
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Class Introduction
Lecture # 01
2
Disclaimer: This lecture note was edited from various sources for the solely of teaching and learning purposes. It may contain copyrighte
owners; therefore, apart form teaching and learning purposes, this lecture note may not be reproduced, stored, or transmitted in any form or b
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Code: ENEE610031 Subject: Numerical Modeling
Credit: 2 credit hours
Term: Undergraduate Short Term 2013 Instructor: Nofrijon Sofyan, Ph.D.
About the Class
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Who are you?4
Name + nick name
Email + contact number
Hometown
List your previous upper division of math and r
course(s) which you have taken along with the What do you hope to learn in this class?
Any further comments and or suggestions?
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The class will learn how mathematical modebe formulated on the basis of scientific prin
simulate the behavior of a simple physical
The class will try to understand on how num
methods afford a means to generate solutiomanner that can be implemented on a spec
computer software.
Description
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The course also will try to explain the diffe
types of conservation laws that lie beneath
models used in the various engineering discand appreciating the difference between s
state and dynamic solutions of these model
We will also learn about the different typenumerical methods.
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For the homework, please note that a submdate, time and venue will be specified at th
of setting of each homework assignment.
Homework that does not adhere to these su
requirements will receive an automatic zero
Information
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All exam times and assignment deadlines a
and the only excuses accepted for nonatten
at an exam or non-submission of an assignma serious certified illness or a family berea
In such cases, a make-up exam (or make-up
assignment in the case of an assignment) ofor greater difficulty must be taken.
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Examinations and individual assignments ar
the sole work of the student concerned – gr
efforts are not acceptable!
Students are also cautioned not to engage
plagiarism.
Anything that is not the student’s own work have a reference, following standard scient
conventions.
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In such rare cases as it is necessary to includ
verbatim text from an article or book, this s
clearly placed in quotation marks.
The instructor will follow standard university
disciplinary procedures if students engage
form of cheating or plagiarism in any assigand or examinations.
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Students are expected to make their own nonly relatively few handouts will be provid
please stop me if you can’t read my writing
am going too fast.
Handouts are provided via the web(www.nofrijon.org) as Adobe Acrobat (PDF
Handout
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To obtain handouts, please navigate my weand then click on the subjects.
You may need a password to open the tea
page, see me if you do not have one!
Communication
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Questions and comments in class are strong
encouraged!
The instructor both welcomes and values fee
from students regarding the course.
Office hours: DTMM 2nd Fl. every Tue after
by an appointment
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The lecture notes/handouts in this class are from different sources for the solely of teaclearning purposes.
It may contain copyrighted materials from t
respective owners; therefore, apart form teand learning purposes, this lecture note mareproduced, stored, or transmitted in any foby any means.
Disclaimer
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Students needing special accommodation areencouraged to see me after class or in my offi
office hours to discuss their situation confidentia
Students needing special accommodation shou
their memorandum from the Program Office to
soon as possible; this can be discussed during a
appointment with me.
Students with special needs
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Exam accommodation should be arranged
one week in advance.
If at any time during the quarter, it is felt th
accommodation that has been put in place
inadequate then please consult me and/or professional staff in the Program Office.
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The grades will be determined from homewomidterm, project, and final test:
Homework/assignment: 10% of final grade
Midterm 30% of final grade
Final Project 20% of final grade
Final examination: 40% of final grade
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Course Content18
Introduction to Numerical Methods Fundamental of MatLAB
MatLAB Programming
Introduction to Stochastic and Monte Carlo
Case Study
Student Project
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This course is self contained and so a textbook ismandatory. However, students may also wish to cfollowing excellent texts:
S.C. Chapra and R.P Canale: Numerical MethoEngineers, McGraw-Hill, Co., Boston, 2006.
J. Kiusalaas: Numerical Methods in EngineeringMATLAB®, Cambridge University Press, Cambr2005.
Textbooks
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S.C. Chapra: Applied Numerical Methods w
MATLAB® for Engineers and Scientists, McG
Co., Boston, 2005.W.Y. Yang, W. Cao, T.S. Chung, J. Morris: A
Numerical Methods Using MATLAB®, John W
Sons, Inc., Hoboken, New Jersey, 2005.