[{"firstName":"Isaac","lastName":"Elishakoff","email":"elishako@fau.edu","company":"Florida Atlantic University"},{"firstName":"Daniel","lastName":"Segalman","email":"segalman@egr.msu.edu","company":"NA"},{"firstName":"Firas","lastName":"Khasawneh","email":"khasawn3@egr.msu.edu","company":"Michigan State University"}]
Presentations
Note: Presentations may start a few minutes before the time listed in the schedule.
The intersection of elasticity and vibration has enabled accurate models of many engineered and natural systems. In a wide variety of applications, the geometry of the underlying system lends itself to a beam model that balances simplicity and accuracy. One hundred years ago, Timoshenko published the first paper on what is now known as the Timoshenko-Ehrenfest beam model. This special symposium aims to commemorate this anniversary by inviting contributions from different areas in applied mathematics, physics, biology, and engineering that integrate beam theory into modern applications. Highly interdisciplinary contributions from vibration researchers are especially welcome, including papers on applications of beam models in micro/nano systems, mechatronics, smart materials, natural systems, and novel applications not often associated with beam theory. Extended versions of high-quality papers will be considered for publication of a homonymous special issue of the Journal of Vibration and Acoustics.
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Did S.P. Timoshenko and P. Ehrenfest Overestimate the Importance of the Fourth-Order Time Derivative in Their Theory of Beams?
