Course
Code : 0502612
Course
Name
: Mechanical Vibrations
Instructor
: Dr. Murat KISA
Theoretical/ Practical/Credit : 2
/ 0/ 2
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Learning Activity |
Estimated Time(Hour) |
Evaluation |
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Theoretical Course (14 Week) |
2 x 14 = 28 |
Participation to class |
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Guided Problem Solving |
None |
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Individual Study |
2 x 14 = 28 |
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Weekly homework problems be solved |
1 x 14 = 14 |
Individual or teamwork and
report preparation for homework’s. |
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Term project |
None |
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Midterm Exams |
4 x 2 = 8 |
Closed Book |
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Final Exam |
For Exam
: 2 Individual Study: 8 |
Closed Book |
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Quiz (4 Piece) |
Individual Study: 8 |
Closed Book |
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Research (internet / library) |
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Other (documentary / movie watching) |
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Other (conference, panel, etc.. Attend meetings) |
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Total Course Load (Hours) |
96 |
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The code and name of the
course |
: |
0502612
Mechanical vibrations |
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Type of Course (Compulsory/Elective) |
: |
Elective |
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Prerequisite of the Course |
: |
- |
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Semester of the Course |
: |
Second semester |
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Credit of the course |
: |
2 |
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Instructors of the Course |
: |
Dr. Murat KISA |
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Faculty/Department/Program |
: |
Mechanical- Machine Engineering- undergraduate |
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In the last semester who
assigned the course; Name & surname |
: |
Dr. Murat KISA |
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Room/ID Number |
: |
M. M. 1 |
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Time of the Course |
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14:50-16:30 |
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interview hours |
: |
13:00-14:00 |
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Groups/Class |
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Single group-3th class |
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Objective of the Course |
: |
Because of causing noisy and extra load the Vibration is an important
subject for desgn problems. In this course students will be given information
about using prinsiples of mechanical vibration for silent working and more
safety product development. |
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Content of the Course |
: |
Overlook to the vibration, control mechanism, source of vibration,
methods used vibration analysis |
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Text book/Recommended
Reading |
: |
1.
Mechanical Vibrations, Singiresu S. RAO, Addison-Wesley Publishing
Company, 1995, America- ISBN 0-201-59289-4. 2. S.G.Kelly, Fundamentals of
Mechanical Vibrations, N.Y: McGraw-Hill. 3. Schaum's Outline of
Mechanical Vibrations by S. Graham Kelly, S. Graham Kelly, McGraw-Hill; 1 edition (April 1,
1996), ISBN: 0070340412 4.
Collection of Solved
Problems in Vibration (Paperback), Dragi Tiro, Protea Publishing Company,
(June 1, 2002), ISBN: 1931768420 |
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Semester Course Plan |
Weeks |
Subjects of Course |
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1 |
Introduction and types of vibration |
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2 |
Differtial movement
equations. |
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3 |
Springs |
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4 |
General application. |
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5 |
Pendulums |
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6 |
Methods of Energy |
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7 |
Excited vibrations |
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8 |
Movement equations of amortizated systems |
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9 |
General application |
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10 |
Harmonics solid movement. Seismic tools. |
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11 |
Temporary vibrations |
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12 |
Strength Combinations. |
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13 |
Kinematics space state |
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14 |
Conclusion and overview for important application samples |
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Evaluation |
One written midterm exam (40% ); one written final exam (60%) |
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