2103433 Introduction to Mechanical Vibration

Last updated: September 20, 2012

1. Announcements

GOOD LUCK!!!

Syllabus

2. Presentation Slides

Group 1

Group 2

Group 3

Group 4

Group 5

Group 6

Group 7

Group 8

3. Exam

1. Midterm: 30% Monday 23^rd 9-12.00 hrs room 3/422

2. Final: 30% Monday 24^th 9-12.00 hrs room 3/206

4. Schedule

Week	Date	Contents	Lecture Notes
1		1-1 Introduction and Videos 1-2 Basic Concepts of Vibration	Chapter 1
		1-3 Modeling
2		1-4 Linearization
		2-1 Free Undamped Vibration	Chapter 2
3		2-2 Free Damped Vibration
		2-2 Free Damped Vibration
4		2-3,2-4 Measurement and Design Consideration
		2-3,2-4 Measurement and Design Consideration	Chapter 3.1.1
5		3-1 Forced Undamped Vibration (Harmonic)
		3-1 Forced Undamped Vibration (Harmonic)	Chapter 3.1.2
6		3-1 Force Damped Vibration (Harmonic)	Chapter 3.2.1
		3-1 Force Damped Vibration (Harmonic)	Chapter 3.2.2
7	M-July 16	3-2 Applications	Chapter 3.2.3
	W-July 18	3-2 Applications	Chapter 3.3
8	M-July 23	Midterm
9	M-July 30	3.3 Periodic
	W-August 1	3.3 Periodic	Chapter 4
10	M-August 6	4 Intro to Non-Periodic 4-1 Impact Excitation
	W-August 8	4-1 Impact Excitation
11	M-August 13	Holiday
	W-August 15	4-2 Arbitrary Excitation (Quiz#1)	Chapter 5
12	M-August 20	5-1 Introduction
	W-August 22	5-2 Modeling
13	M-August 27	5-3 Free Undamped Vibration	Project Announcement
	W-August 29	5-4 Response to Free Undamped Vibration
14	M- September 3	5-5 Modal Analysis
	W- September 5	5-5 Modal Analysis
15	M-September 10	6 Design for Vibration Suppression/Absorbers	Chapter 6.1
	W- September 12	6 Design for Vibration Suppression/Absorbers	Chapter 6.2
16	M- September 17	7 Vibration Testing
	W- September 19	7 Vibration Testing
17	M September 24	Final

5. Notes

Dr. Nopdanai Ajavakom (NAV)

207/1 Hans Bantli Building

nopdanai.a@chula.ac.th

02 218 6623

Dr. Chanat Ratanasumawong (CRW)

309 Salab Laddavalaya Building

chanat.r@chula.ac.th

02 218 6593