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Eppes, Milanovic and Malik Present Paper at Conference in Austria

Posted 07/10/2013
Category: Accolades

Eigenmode at 664 Hz
Eigenmode at 664 Hz

Tom Eppes, professor of electrical and computer engineering; Ivana Milanovic, professor of mechanical engineering; and Shiraz Malik, graduate student in the College of Engineering, Technology, and Architecture (CETA), presented a paper at the June 2013 Multidisciplinary Conference sponsored by the International Journal of Arts & Sciences in Bad Hofgastein, Austria.

The conference brings together international academics to present research in the fields of social sciences, humanities, education and technology.

The paper, "Vibrational Response of a Gong," presents the results of a three-dimensional finite element analysis of the eigenmodes of an Indonesian gong suspended in air. A model was developed using COMSOL Multiphysics 4.3a to identify discrete vibrational modes, known as eigenfrequencies, which constitute the set of amplitude response patterns produced when the gong is abruptly struck by an external force. These frequencies are driven by the physical geometry and material composition of the gong and suspension system. Contour plots of the complex surface deformations as a function of time are examined along with acoustic wave propagation into the surrounding air.


Eigenmode at 664 Hz
Eigenmode at 664 Hz

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