Course: Mechanical Vibration - Part I

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Topic outline

Course Information
Course Information
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SYNOPSIS
Fundamental of vibration. One-degree-of-freedom system: free vibration of an undammed and damped systems. Harmonically excited vibration: forced undammed and damped systems; unbalance rotating mass; base excitation. Two-degree-of-freedom system: natural frequencies and mode shapes. Continuous structures: beam, string and plates. Design of vibration suppression: vibration isolation and vibration absorber.

LEARNING OUTCOMES
1. Apply the fundamental principles of vibration of one-and two-degree-of-freedom systems in a simple engineering practice.
2. Solve the natural frequencies and mode shapes of a vibrating system.
3. Design basic techniques of vibration control.
INSTRUCTORS
1. Associate Professor Dr. Azma Putra
Week 1
Week 1
- Fundamental of vibration - Part 1 File
Week 2
Week 2
- Fundamental of vibration Part 2 File
Week 3
Week 3
- Free vibration - Part 1 File
Week 4
Week 4
- Free vibration - Part 2 File
Week 5
Week 5
- Forced vibration - Part 1 File
Week 6
Week 6
- Forced vibration - Part 2 File
Week 7
Week 7
- MDOF File