EML 3013C Dynamic System I
Spring 2007
Objectives:
Class Time:
TR 13:15 - 14:30 pm,
B210/211, lecture
F 10:45 - 13:45 pm, B114 or
B210/211, Lab & Recitation (Everyone must attend)
Instructors:
Dr. C. Shih, CEB 229, Office: 410-6321, Email: shih@eng.fsu.edu
Teaching
Assistant: TBA
Office Hours:
Dr. Shih, TR 10:30 - 12:30
Textbooks:
Principle of Dynamics by Hibbeler, 10th Edition, Prentice Hall, ISBN-10: 0131866818
Alternative: Engineering
Mechanics - Dynamics by Hibbeler, 11th Edition,
Prentice Hall, ISBN-10: 0131561480
Web page:
Course web page can be accessed
under FSU Blackboard or directly via Internet address
www.eng.fsu.edu/~shih/eml3013. All relevant information can be found in the web
page.
PREREQUISITES:
This course
requires that you have taken and passed (with a C or better) the following courses:
PHY 3048, Physics I; MAC 2311, Calculus I; MAC 2312, Calculus II, MAP 3305,
Engineering Math I (co-requisite). If you have not passed these courses, you
are not prepared for this course and the instructor has the right to drop you
from the course.
Homeworks:
REDUCED CREDIT will be given
for late homework. Homework solutions will be provided soon after the
problem set is due.
DETAILS: Homework is to be written on 8.5" x 1" paper
- ONE SIDE only. One problem per page. Pages must be
stapled together. No credit will be given for homework that does not comply
with these details.
Grading
Assignment:
Grading
Scale:
90 - 100 A; 80 - 89 B; 70 -
79 C; 60 - 69 ; D 0 - 59 F
Departmental policy is that a
grade of C or better is required to pass this course.
ATTENDANCE:
Attendance is
mandatory and always be ON TIME. Unexcused absence(s) will adversely affect
your final grade at instructor's discretion. In accordance with the policies of
the universities, students with more than 3 UNEXCUSED ABSENCES will
receive an automatic F. Excuses must be turned in to the instructor
within two weeks of the absence.
CHEATING
Students caught
cheating on an exam or quiz will receive an F for the class.
Other Regulations
The Department’s Policy is clearly outlined at the following web location:
http://www.eng.fsu.edu/me/ugradpro/classes/policy/index.html
Florida State University Academic Honor Policy, found at: http://dof.fsu.edu/honorpolicy.htm
It is highly
recommended that you read these carefully. Ignorance is not an excuse. Note
that the penalties for copying work may result in a failing grade for the
course. If you are uncertain, please check with the instructor who assigned the
work. Working together is encouraged in this course, but blatant copying is
not.
GROUP LAB
REPORTS/PROJECT 15%
You will work on a total of
eight experiments in this class. Each experiment demonstrates either a
single or a set of dynamical concepts to be learned in class. The
experiments will be arranged in two groups of four experiments in each
group. A group report will be due two
weeks after each experiment. Details of the laboratory and group
assignment will be given later. (Tentatively, 10% of the grade)
Each group will
be responsible for formulating, designing and building a dynamical system that
illustrates concepts from the course. Design details and project suggestions
will be provided later. (5% of the grade)
QUIZZES 10%
Quizzes will be
given each week. However, the instructor reserves the right to omit or give
additional quizzes. There will be NO MAKEUPS for missed quizzes. Under normal circumstance, legitimate
excuse(s) should be provided no later than one week after the quiz. All quizzes are closed book; necessary formulas
will be provided.
EXAMS 15%,
15%, 10%
In addition to
quizzes, there will be 3 scheduled in-class exams: No makeup exams will be
given. All exams are closed book; necessary formulas will be provided. The
highest 2 grades will count 15% each while the lowest counts 10% toward your
final grade;
FINAL EXAM
20%
A final exam is
TBA. The final exam is closed book; necessary formulas will be provided.
TENTATIVE CLASS SCHEDULE
The class
schedule contains approximate weeks for when topics will be covered. The
instructor reserves the right to modify the topic schedule as needed
Week 1
(Chapter 12)
Class
Introduction, Reviews
Kinematics
Week 2 (Chapter 12)
Motion of a
Point: Straight Line Motion and Curvilinear Motion
Projectile
Week 3
(Chapter 13)
Relative Motion
Week 4 (Chapter 13, Test 1, Lab session-1A)
Week 5
(Chapter 14, Lab session -1B)
Work and Kinetic
Energy
Work and Power
Week 6 (Chapter 15, Test 2, Lab session-1C)
Principle of
Impulse and Momentum
Conservation of
Linear Momentum
Impacts
Week 7 (Chapter 15)
Principle of
Angular Impulse and Momentum
Mass Flows
Week 8 (Chapter 16, Lab
session-2A)
Rigid Body
Motions (RGM): kinematics
Week 9
(Chapters 16, 17, Lab session-2B)
Kinematics
RGM:
Week 10
(Chapter 17, Lab session-2C)
RGM:
Week 11 (Chapter
18, Test 3)
RGM: Work and
Energy
Week 12
(Chapter 19)
RGM: Principle
Impulse and Momentum
Week 13 (Chapter 22)
Simple Harmonic Motion
Vibrations
Week 14 (Project Presentation and final report)
Final Review
ABET Description
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DEPARTMENT:
MECHANICAL ENGINEERING |
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EML 3013C, 4 credits |
COURSE TITLE: Dynamic Systems I |
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TYPE COURSE: Required |
TERM(S) OFFERED: Spring, Summer |
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CATALOG DESCRIPTION: |
PREREQUISITES:
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AREA COORDINATOR: Dr. Emmanuel Collins
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CLASS SCHEDULE:
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TEXTBOOKS/REQUIRED MATERIAL:
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SCIENCE/DESIGN (%): 85 / 15
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COURSE TOPICS:
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ASSESSMENT TOOLS:
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COURSE OBJECTIVES* |
(Numbers shown in brackets are links to
department educational outcomes)
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COURSE OUTCOMES* |
(Numbers shown in brackets are links to
course objectives listed above)
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