Abstract
In the present paper the dynamic behavior of a drop of water subject to a vertical oscillating force is studied experimentally. A hydrophobic surface was used to maintain the form of the drop. The deformation of the drop as a response to several frequencies was analyzed by visualizing the oscillating patterns and measuring the maximum height of the drop as a function of time. The dynamic behavior has been classified in three phases: harmonic, geometric and chaotic.
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CITATION STYLE
Flores Galicia, F., Haro Velázquez, F. G., Rangel Paredes, G., Porta Zepeda, D., Echeverría Arjonilla, C., & Stern Forgach, C. (2015). Dynamic behavior of a drop on a vertically oscillating surface. In Environmental Science and Engineering (pp. 489–496). Springer Berlin Heidelberg. https://doi.org/10.1007/978-3-319-11487-3_39
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