Відео

The video is created for students taking Vibrations and Control Laboratories and demonstrates data collection using PCB type triaxial accelerometer, USB type NI Data Acquisition Card and NI Signal Express. Please watch the video for data collection using NI Signal Express: mediaspace.kennesaw.edu/media/Data Recording and Power Spectrum/1_mvisw3ws

The video briefly explains system identification of a first order system using Quanser Qube. The la handouts can be downloaded from our project Github website. The link will be available soon.

The video shows how to find the mobility (degree of freedom) of simple mechanisms using Gruebler's Equation.

The video briefly presents the theory of vibration isolation when the primary system is forced at its own frequency.

The video shows how to design a controller for the cart disturbance system designed in our virtual lab which can be downloaded from: www.mathworks.com/matlabcentral/fileexchange/111285-virtual-laboratory-for-undergraduate-engineering-courses

The video shows how to design a vibration isolator using our virtual lab which can be downloaded from : www.mathworks.com/matlabcentral/fileexchange/111285-virtual-laboratory-for-undergraduate-engineering-courses

The video shows how to use our developed virtual lab to simulate and analyze vibratory systems. The virtual lab can be downloaded from: www.mathworks.com/matlabcentral/fileexchange/111285-virtual-laboratory-for-undergraduate-engineering-courses

The video briefly discusses how to find the mode ratios of a 2 DOF vibratory system and the simulation of the system in our developed virtual lab.

The video presents the theory of SDOF systems subjected to harmonic loading.

The video presents the theory of free vibrations of SDOF and damped systems

The video presents the theory of SDOF undamped free vibrations

This video shows the solution of three example problems of linearization around local points using the Taylor Expansion Method for undergraduate level control theory courses. The hand calculations are verified with Matlab solutions.