Copies of the presentation material used in class are available in bound form in the book store and also here in PDF format.

Lecture 1- Introduction
Lecture 2- Harmonic Motion
Lecture 3- SDOF System Free Vibration
Lecture 4- Equivalent Stiffness and Mass
Lecture 5- Energy Method
Lecture 6- Free Vibration With Damping
Lecture 7-Log Decrement Problem Set 1
Lecture 7 Extra-Matlab & Simulink Problem Set 1
Lecture 8-Forced Vibration-No Damping
Lecture 9- Forced Vibration With Damping
Lecture 10- Base Excitation & Displacement Transmissibility
Lecture 11- Rotating Unbalance & Vibration Isolation Problem Set 2
Lecture 12- Response to Periodic Input-Fourier Series
Lecture 13- Response to Trasient Input-Laplace Transform-1
Lecture 14- Response to Trasient Input-Laplace Transform-2
Lecture 15- Introduction to Matrices
Lecture 16- Two DOF Vibration Example
Lecture 17- Two DOF Free Vibration
Lecture 18- Mode of Two DOF Free Vibration- General Approach
Lecture 19- Forced Vibration of Two DOF
Lecture 20- Tuned Mass Dampers
Lecture 21 and 22- General Approach to Multiple DOF Vibrations Problem Set 3