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An image-processing technique is developed and employed to observe the rate of change in an acoustically levitated droplet's oscillatory natural frequency with varying initial deformation amplitude. The oscillations of several droplets are examined using this method and a tentative relationship between droplet size and rate of natural frequency depression is observed. This technique will allow the ... read moreprocessing of existing material property testing data, and will play a role in validation of computational solidification models.
Advisor: Associate Professor Douglas M. Matsonread less
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